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Publication No. KM-NG2-0617A Replaces document KM-NG2-0117A NEXT-GEN II 3 TO 22 HP AIR COOLED CONDENSING UNITS Unit shown with optional components installed.

Replaces document KM-NG2-0117A II

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Page 1: Replaces document KM-NG2-0117A II

Publication No. KM-NG2-0617AReplaces document KM-NG2-0117A

NEXT-GEN II

3 TO 22 HP AIR COOLED

CONDENSING UNITS

Unit shown with optional components installed.

Page 2: Replaces document KM-NG2-0117A II

3 to 22 HP2

Integral Subcooling CircuitAll Next-Gen II air cooled condensing units feature an integral subcooling circuit that allows saturated liquid to flow from the receiver to the condenser where the refrigerant is subcooled by ambient air. This provides an average of 3 to 5°F of subcooling for higher efficiency while assuring optimal expansion device operation.

3 to 22 HP Air Cooled Condensing UnitsFollowing in the footsteps of the award-winning Next-Gen™ condensing units, Kramer proudly introduces its Next-Gen II family of condensing units. This exciting product offering features a robust design that improves serviceability, increases unit efficiency, and includes even more standard features.

Next-Gen II’s 3 to 22 HP air cooled condensing units capitalize on the Next-Gen’s design successes and is a significant departure from Kramer’s C-Series condensing unit tradition. The improvements start with an expanded range of compressor types selected for use with low GWP refrigerants. Compressors are housed in a durable G90 galvanized steel painted enclosure with an open view, flow-through equipment guard; a highly efficient enhanced copper tube condenser; three phase fan motors; and externally mounted service valves that are easily accessible from the cabinet exterior. The unit’s large control panel includes a swing-wide hinged door and abundant room for standard components and system accessories along with color-coded and numbered point-to-point wiring that assist in easy service and unit maintenance.

* Unit above is a 2 fan model with grills removed. Shown with optional components installed.

Table of Contents Page(s)Features and Options Chart ............................................................................................. 4

Model Nomenclature ....................................................................................................... 4

Capacity Data (BTUH) - Medium Temperature - Discus ................................................ 5-9

Capacity Data (BTUH) - Extended Range Medium Temperature - Scroll .................... 10-14

Capacity Data (BTUH) - Extended Range Medium Temperature - Bitzer ....................... 15-19

Capacity Data (BTUH) - Low Temperature - Discus ........................................................ 20-24

Capacity Data (BTUH) - Low Temperature - Scroll ......................................................... 25-27

Capacity Data (BTUH) - Low Temperature - Bitzer ......................................................... 28-31

Electrical Data - Discus ..................................................................................................... 32-33

Electrical Data - Scroll ...................................................................................................... 34

Electrical Data - Bitzer ...................................................................................................... 35-36

Specifications - All Models .............................................................................................. 37-39

Physical Dimensions and Drawings - All Models .......................................................... 39-40

Page 3: Replaces document KM-NG2-0117A II

Air Cooled Condensing Units3

Standard Features

Options

• Copeland Discus™, Copeland Scroll™ or semi-hermetic Bitzer compressors

• All-weather G90 galvanized painted steel enclosure• Open view, flow-through equipment guard• Removable top and side panels for ease of service• Generously sized high efficiency condenser, with

enhanced copper tubes/and aluminum fins • Integral liquid subcooling circuit• Base mounted service valves placed external to cabinet

for easy access• Liquid line kit with sealed filter/drier and sight glass

with moisture indicator• Vertical receiver with isolation valves• Fan cycling on KB models (only) • Refrigerant pressure relief valve

• Suction line piping • Large electrical panel with hinged door • Color-coded point-to-point wiring• 208-230V control voltage • Crankcase heater• Control circuit fuses• Pump down toggle switch• Heavy duty three phase condenser fan motor(s)• Dual pressure (auto reset) control with Refflex®

flexible control lines• Liquid injection/Demand Cooling™ for low

temperature compressors• UL and cUL listed for indoor and outdoor use

KF style units also include a flooded head pressure control valve (70ºF) as a standard feature. (Not available for KB models.)

• Electronic air or electric defrost timer• Paragon mechanical timer in lieu of electronic timer• Electric defrost provisions• Defrost sub circuit fuses or breakers• Suction accumulator• Oil separator • Sealed suction filter• Replaceable core suction filter with bypass• Replaceable core liquid filter with bypass• Thru-the-door non-fused disconnect• External fused or non-fused disconnect

• Oversized receiver • Heated and insulated receiver with low pressure

bypass timer (temperature controlled)• Liquid line solenoid (loose)• Phase loss monitor • Hail / Snow Guard (loose)• Stacking rack (loose)• 316 Stainless steel housing• 50 Hz timer and/or defrost kit• Current sensing relay• Crankcase pressure regulator (mounted)

Large control panel with hinged door and

easy to read point-to-point

wiring diagrams.

Ample room foroptional components.

Quick access to shut-off valves from the exterior of the cabinet. Removable panels and flow through grills allow for easy service and

equipment maintenance.

Available with reliable and efficient Copeland Discus™, Copeland Scroll™ or Bitzer semi-hermetic compressors.

Page 4: Replaces document KM-NG2-0117A II

3 to 22 HP4

Features and Options

DESCRIPTIONFLOODED MODELS

NON-FLOODED MODELS

KFD KFO KFB KBD KBO KBB

CABINET

All weather G90 galvanized steel painted enclosure STANDARD STANDARDRemovable top and side panels for ease of service STANDARD STANDARDLarge control panel for power and control circuits STANDARD STANDARDSwing wide hinged control panel door STANDARD STANDARD316 Stainless Steel cabinet OPTIONAL OPTIONALHail / Snow Guards (Loose) OPTIONAL OPTIONAL

COMPRESSOR

Copeland Discus™ STD N/A N/A STD N/A N/ACopeland Scroll™ N/A STD N/A N/A STD N/ABitzer Semi-Hermetic N/A N/A STD N/A N/A STDLiquid injection/Demand Cooling™ for low temperature compressors STANDARD STANDARD

HIGH EFFICIENCY CONDENSER

High ambient coil STANDARD STANDARDEnhanced copper tubes with aluminum fins STANDARD STANDARDIntegral liquid subcooling circuit STANDARD STANDARD3 phase condenser fan motor(s) STANDARD STANDARDCopper, polyester coated fins or Electro Fin® coated coil OPTIONAL OPTIONAL

ELECTRICAL

Crankcase heater STANDARD STANDARDCompressor contactor STANDARD STANDARDControl transformer (460V to 230V) as required STANDARD STANDARDDual pressure control (auto reset) w/ Refflex® flexible lines STANDARD STANDARDColor-coded wiring for ease of serviceability STANDARD STANDARDThru-the-door non-fused disconnect OPTIONAL OPTIONAL

RECEIVER

Vertical receiver (needs less refrigerant for liquid seal) STANDARD STANDARDReceiver isolation valve STANDARD STANDARDPressure relief valve STANDARD STANDARDOversized receiver OPTIONAL OPTIONAL

PIPING COMPONENTS

Base mounted liquid & suction shut-off valves (External) STANDARD STANDARDLiquid line kit - piping, sealed filter drier & sight glass STANDARD STANDARDSuction line piping STANDARD STANDARDSealed suction filter OPTIONAL OPTIONALSuction line accumulator (must add optional filter) OPTIONAL OPTIONALOil separator OPTIONAL OPTIONALReplaceable core liquid and suction filters (with bypass) OPTIONAL OPTIONALHeated and insulated receiver (temperature controlled and low pressure bypass timer) OPTIONAL OPTIONAL

LOW AMBIENT CONTROLS

Flooded head pressure control STANDARD N/AFan cycle control N/A STANDARD

DEFROST PROVISIONS

Electric defrost kits with electronic time clocks OPTIONAL OPTIONALElectronic or mechanical air defrost time clocks OPTIONAL OPTIONAL50 HZ defrost timers with or without contactors OPTIONAL OPTIONAL

TESTINGUL and cUL listed STANDARD STANDARDHydrogen leak and dielectric tested before shipping STANDARD STANDARDDry nitrogen shipping charge (25 PSI) STANDARD STANDARD

MODEL NUMBER NOMENCLATURE

Notes:STD = Standard FeatureN/A = Not Available

See specification pages 37-38 for compressor horsepower.

F D S 04 4S E

Temperature Range

E = Extended Range MediumL = Low

Model Style

F= Flooded ModelB = Non Flooded Model Voltage code

E = 208-230/3/60G = 460/3/60J= 575/3/60Compressor Type

D = DiscusO = ScrollB = Bitzer

Compressor ConfigurationS = Single

A

4S = Multi-refrigerant designationRefrigerant Type

Vintage

Horsepower

M

M = Medium

N = 200-220/3/50Q = 380/3/50

KramerK

Page 5: Replaces document KM-NG2-0117A II

Air Cooled Condensing Units5

Capacity Data (BTUH) - Medium Temp. R404A Discus - 60 Hz‡

SUCTION TEMPERATURE

MODEL COMP. MODEL 40ºF 35ºF 30ºF 25ºF 20ºF 10ºF 5ºF 0ºF

90ºF AmbientK*DS04M4S** 2DC3R53KE 63,000 57,300 51,860 46,700 41,840 33,050 29,140 25,560K*DS05M4S** 2DD3R63KE 72,940 66,660 60,610 54,820 49,320 39,280 34,800 30,720K*DS06M4S** 2DL3R78KE 94,280 85,670 77,540 69,900 62,760 49,990 44,350 39,210K*DS07M4S** 2DA3R89KE 105,600 96,310 87,570 79,380 71,720 57,940 51,800 46,100K*DS08M4S** 3DA3R10ME 120,190 110,010 100,310 91,130 82,460 66,690 59,590 53,010K*DS10M4S** 3DB3R12ME 139,160 127,650 116,730 106,400 96,660 78,870 70,790 63,190K*DS12M4S** 3DF3R15ME 175,770 160,940 146,870 133,570 121,070 98,410 88,240 78,800K*DS15M4S** 3DS3R17ME 190,590 174,860 159,860 145,650 132,220 107,790 96,770 86,510

95ºF AmbientK*DS04M4S** 2DC3R53KE 59,970 54,500 49,280 44,350 39,700 31,290 27,550 24,130K*DS05M4S** 2DD3R63KE 69,480 63,470 57,680 52,140 46,880 37,290 33,010 29,110K*DS06M4S** 2DL3R78KE 89,960 81,720 73,940 66,630 59,780 47,560 42,160 37,230K*DS07M4S** 2DA3R89KE 100,790 91,900 83,540 75,700 68,370 55,170 49,280 43,800K*DS08M4S** 3DA3R10ME 114,830 105,090 95,830 87,050 78,760 63,680 56,880 50,550K*DS10M4S** 3DB3R12ME 132,920 121,930 111,500 101,620 92,300 75,270 67,530 60,260K*DS12M4S** 3DF3R15ME 167,930 153,760 140,300 127,590 115,630 93,940 84,200 75,160K*DS15M4S** 3DS3R17ME 182,090 167,040 152,710 139,120 126,280 102,900 92,330 82,510

100ºF AmbientK*DS04M4S** 2DC3R53KE – 51,720 46,740 42,020 37,580 29,550 25,980 22,720K*DS05M4S** 2DD3R63KE – 60,280 54,750 49,470 44,440 35,300 31,230 27,520K*DS06M4S** 2DL3R78KE – 77,770 70,340 63,360 56,820 45,130 39,980 35,260K*DS07M4S** 2DA3R89KE – 87,500 79,510 72,020 65,020 52,400 46,740 41,490K*DS08M4S** 3DA3R10ME – 100,260 91,420 83,050 75,130 60,720 54,220 48,170K*DS10M4S** 3DB3R12ME – 116,210 106,270 96,850 87,960 71,680 64,270 57,300K*DS12M4S** 3DF3R15ME – 146,610 133,770 121,640 110,230 89,520 80,200 71,550K*DS15M4S** 3DS3R17ME – 159,300 145,580 132,620 120,360 98,030 87,940 78,540

110ºF AmbientK*DS04M4S** 2DC3R53KE – – 41,720 37,440 33,410 26,130 22,900 19,960K*DS05M4S** 2DD3R63KE – – 48,890 44,120 39,590 31,360 27,710 24,380K*DS06M4S** 2DL3R78KE – – 63,190 56,850 50,930 40,330 35,650 31,370K*DS07M4S** 2DA3R89KE – – 71,480 64,690 58,320 46,840 41,680 36,870K*DS08M4S** 3DA3R10ME – – 82,700 75,130 67,960 54,860 48,920 43,390K*DS10M4S** 3DB3R12ME – – 95,750 87,270 79,240 64,490 57,740 51,370K*DS12M4S** 3DF3R15ME – – 120,760 109,800 99,480 80,730 72,270 64,390K*DS15M4S** 3DS3R17ME – – 131,390 119,670 108,590 88,380 79,220 70,670

* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for nomenclature.

‡ Multiply capacity by .83 when used with 50 Hz power.Published capacities are with 20ºF compressor superheat. This provides a more accurate capacity at design conditions. Multiply by 1.05 to 1.07 for approximate capacities at 65ºF return gas temperature.

Page 6: Replaces document KM-NG2-0117A II

3 to 22 HP6

Capacity Data (BTUH) - Medium Temp. R407A Discus - 60 Hz‡

SUCTION TEMPERATURE

MODEL COMP. MODEL 40ºF 35ºF 30ºF 25ºF 20ºF 10ºF 5ºF 0ºF

90ºF AmbientK*DS04M4S** 2DC3R53KE 60,630 54,300 48,380 42,910 37,870 29,120 25,410 22,160K*DS05M4S** 2DD3R63KE 68,970 62,060 55,570 49,500 43,900 34,150 30,020 26,400K*DS06M4S** 2DL3R78KE 89,110 80,200 72,020 64,540 57,670 45,620 40,320 35,400K*DS07M4S** 2DA3R89KE 100,210 90,330 81,080 72,460 64,470 50,320 44,150 38,570K*DS08M4S** 3DA3R10ME 118,030 107,230 96,880 87,010 77,670 60,670 53,070 46,090K*DS10M4S** 3DB3R12ME 137,240 125,000 113,310 102,150 91,540 72,250 63,600 55,590K*DS12M4S** 3DF3R15ME 164,290 149,300 134,910 121,160 108,090 84,440 74,010 64,530K*DS15M4S** 3DS3R17ME 182,170 166,110 150,640 135,840 121,760 95,880 84,190 73,360

95ºF AmbientK*DS04M4S** 2DC3R53KE 58,120 51,990 46,270 40,990 36,120 27,690 24,150 21,070K*DS05M4S** 2DD3R63KE 66,190 59,520 53,230 47,380 41,990 32,610 28,670 25,240K*DS06M4S** 2DL3R78KE 85,770 77,130 69,220 61,970 55,350 43,720 38,610 33,890K*DS07M4S** 2DA3R89KE 96,330 86,780 77,840 69,510 61,790 48,110 42,180 36,790K*DS08M4S** 3DA3R10ME 113,560 103,100 93,070 83,490 74,410 57,790 50,320 43,450K*DS10M4S** 3DB3R12ME 132,020 120,180 108,850 98,010 87,710 68,850 60,340 52,460K*DS12M4S** 3DF3R15ME 157,990 143,490 129,550 116,220 103,570 80,540 70,360 61,080K*DS15M4S** 3DS3R17ME 175,430 159,930 145,000 130,660 117,000 91,810 80,380 69,700

100ºF AmbientK*DS04M4S** 2DC3R53KE – 49,730 44,190 39,080 34,390 26,300 22,940 20,020K*DS05M4S** 2DD3R63KE – 57,000 50,950 45,280 40,090 31,110 27,360 24,130K*DS06M4S** 2DL3R78KE – 74,060 66,400 59,410 53,010 41,800 36,890 32,350K*DS07M4S** 2DA3R89KE – 83,240 74,610 66,560 59,110 45,920 40,180 35,000K*DS08M4S** 3DA3R10ME – 98,970 89,270 79,950 71,110 54,850 47,520 40,710K*DS10M4S** 3DB3R12ME – 115,330 104,330 93,810 83,790 65,340 56,980 49,210K*DS12M4S** 3DF3R15ME – 137,660 124,140 111,220 98,940 76,550 66,550 57,470K*DS15M4S** 3DS3R17ME – 153,790 139,390 125,500 112,240 87,710 76,490 66,010

110ºF AmbientK*DS04M4S** 2DC3R53KE – – 40,120 35,370 31,040 23,670 20,640 18,050K*DS05M4S** 2DD3R63KE – – 46,440 41,210 36,430 28,260 24,890 22,030K*DS06M4S** 2DL3R78KE – – 60,770 54,250 48,310 37,920 33,390 29,220K*DS07M4S** 2DA3R89KE – – 68,140 60,670 53,760 41,540 36,230 31,440K*DS08M4S** 3DA3R10ME – – 81,630 72,840 64,440 48,860 41,740 35,110K*DS10M4S** 3DB3R12ME – – 95,100 85,160 75,680 58,020 49,960 42,390K*DS12M4S** 3DF3R15ME – – 113,250 101,060 89,460 68,180 58,620 49,840K*DS15M4S** 3DS3R17ME – – 128,190 115,220 102,730 79,460 68,700 58,530

* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for nomenclature.

‡ Multiply capacity by .83 when used with 50 Hz power.Published capacities are with 20ºF compressor superheat. This provides a more accurate capacity at design conditions. Multiply by 1.05 to 1.07 for approximate capacities at 65ºF return gas temperature.

Page 7: Replaces document KM-NG2-0117A II

Air Cooled Condensing Units7

SUCTION TEMPERATURE

Capacity Data (BTUH) - Medium Temp. R407C Discus - 60 Hz‡

MODEL COMP. MODEL 40ºF 35ºF 30ºF 25ºF 20ºF 10ºF 5ºF 0ºF

90ºF AmbientK*DS04M4S** 2DC3R53KE 58,780 52,370 46,420 40,970 35,990 27,450 23,880 20,790K*DS05M4S** 2DD3R63KE 66,890 59,870 53,330 47,270 41,720 32,180 28,210 24,770K*DS06M4S** 2DL3R78KE 87,160 77,920 69,350 61,490 54,300 41,990 36,860 32,370K*DS07M4S** 2DA3R89KE 97,120 87,110 77,800 69,190 61,270 47,430 41,490 36,180K*DS08M4S** 3DA3R10ME 110,880 100,920 91,620 82,920 74,780 59,830 52,850 46,070K*DS10M4S** 3DB3R12ME 129,000 117,690 107,180 97,340 88,090 71,130 63,200 55,430K*DS12M4S** 3DF3R15ME 154,530 140,660 127,640 115,410 103,880 82,900 73,310 64,170K*DS15M4S** 3DS3R17ME 168,480 153,780 139,880 126,770 114,400 91,580 81,020 70,900

95ºF AmbientK*DS04M4S** 2DC3R53KE 56,680 50,420 44,620 39,300 34,440 26,140 22,710 19,760K*DS05M4S** 2DD3R63KE 64,590 57,750 51,340 45,430 40,040 30,780 26,960 23,670K*DS06M4S** 2DL3R78KE 84,360 75,270 66,890 59,190 52,210 40,320 35,410 31,180K*DS07M4S** 2DA3R89KE 93,920 84,150 75,060 66,650 58,920 45,420 39,660 34,490K*DS08M4S** 3DA3R10ME 107,140 97,570 88,610 80,180 72,220 57,370 50,300 43,360K*DS10M4S** 3DB3R12ME 124,620 113,770 103,640 94,100 85,070 68,230 60,190 52,260K*DS12M4S** 3DF3R15ME 149,210 135,900 123,360 111,510 100,320 79,590 69,980 60,710K*DS15M4S** 3DS3R17ME 162,850 148,780 135,440 122,760 110,730 88,270 77,730 67,480

100ºF AmbientK*DS04M4S** 2DC3R53KE – 48,550 42,870 37,680 32,940 24,890 21,600 18,770K*DS05M4S** 2DD3R63KE – 55,690 49,450 43,660 38,400 29,440 25,760 22,630K*DS06M4S** 2DL3R78KE – 72,680 64,460 56,970 50,180 38,720 34,050 30,070K*DS07M4S** 2DA3R89KE – 81,260 72,390 64,170 56,630 43,460 37,830 32,810K*DS08M4S** 3DA3R10ME – 94,310 85,640 77,390 69,560 54,670 47,470 40,280K*DS10M4S** 3DB3R12ME – 109,920 100,090 90,780 81,890 65,010 56,820 48,650K*DS12M4S** 3DF3R15ME – 131,250 119,080 107,540 96,560 75,970 66,210 56,750K*DS15M4S** 3DS3R17ME – 143,950 131,090 118,770 106,980 84,730 74,100 63,700

110ºF AmbientK*DS04M4S** 2DC3R53KE – – 39,600 34,630 30,140 22,590 19,540 16,960K*DS05M4S** 2DD3R63KE – – 45,860 40,360 35,370 26,960 23,560 20,700K*DS06M4S** 2DL3R78KE – – 59,860 52,750 46,370 35,780 31,600 28,130K*DS07M4S** 2DA3R89KE – – 67,230 59,390 52,190 39,650 34,300 29,540K*DS08M4S** 3DA3R10ME – – 79,570 71,540 63,740 48,410 40,740 33,020K*DS10M4S** 3DB3R12ME – – 92,680 83,600 74,790 57,440 48,790 40,000K*DS12M4S** 3DF3R15ME – – 110,340 99,130 88,300 67,410 57,220 47,150K*DS15M4S** 3DS3R17ME – – 122,340 110,540 99,040 76,740 65,770 54,810

* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for nomenclature.

‡ Multiply capacity by .83 when used with 50 Hz power.Published capacities are with 20ºF compressor superheat. This provides a more accurate capacity at design conditions. Multiply by 1.05 to 1.07 for approximate capacities at 65ºF return gas temperature.

Page 8: Replaces document KM-NG2-0117A II

3 to 22 HP8

Capacity Data (BTUH) - Medium Temp. R407F Discus - 60 Hz‡

SUCTION TEMPERATURE

MODEL COMP. MODEL 40ºF 35ºF 30ºF 25ºF 20ºF 10ºF 5ºF 0ºF

90ºF AmbientK*DS04M4S** 2DC3R53KE 60,630 54,300 48,380 42,910 37,870 29,120 25,410 22,160K*DS05M4S** 2DD3R63KE 68,970 62,060 55,570 49,500 43,900 34,150 30,020 26,400K*DS06M4S** 2DL3R78KE 89,110 80,200 72,020 64,540 57,670 45,620 40,320 35,400K*DS07M4S** 2DA3R89KE 100,210 90,330 81,080 72,460 64,470 50,320 44,150 38,570K*DS08M4S** 3DA3R10ME 118,030 107,230 96,880 87,010 77,670 60,670 53,070 46,090K*DS10M4S** 3DB3R12ME 137,240 125,000 113,310 102,150 91,540 72,250 63,600 55,590K*DS12M4S** 3DF3R15ME 164,290 149,300 134,910 121,160 108,090 84,440 74,010 64,530K*DS15M4S** 3DS3R17ME 182,170 166,110 150,640 135,840 121,760 95,880 84,190 73,360

95ºF AmbientK*DS04M4S** 2DC3R53KE 58,120 51,990 46,270 40,990 36,120 27,690 24,150 21,070K*DS05M4S** 2DD3R63KE 66,190 59,520 53,230 47,380 41,990 32,610 28,670 25,240K*DS06M4S** 2DL3R78KE 85,770 77,130 69,220 61,970 55,350 43,720 38,610 33,890K*DS07M4S** 2DA3R89KE 96,330 86,780 77,840 69,510 61,790 48,110 42,180 36,790K*DS08M4S** 3DA3R10ME 113,560 103,100 93,070 83,490 74,410 57,790 50,320 43,450K*DS10M4S** 3DB3R12ME 132,020 120,180 108,850 98,010 87,710 68,850 60,340 52,460K*DS12M4S** 3DF3R15ME 157,990 143,490 129,550 116,220 103,570 80,540 70,360 61,080K*DS15M4S** 3DS3R17ME 175,430 159,930 145,000 130,660 117,000 91,810 80,380 69,700

100ºF AmbientK*DS04M4S** 2DC3R53KE – 49,730 44,190 39,080 34,390 26,300 22,940 20,020K*DS05M4S** 2DD3R63KE – 57,000 50,950 45,280 40,090 31,110 27,360 24,130K*DS06M4S** 2DL3R78KE – 74,060 66,400 59,410 53,010 41,800 36,890 32,350K*DS07M4S** 2DA3R89KE – 83,240 74,610 66,560 59,110 45,920 40,180 35,000K*DS08M4S** 3DA3R10ME – 98,970 89,270 79,950 71,110 54,850 47,520 40,710K*DS10M4S** 3DB3R12ME – 115,330 104,330 93,810 83,790 65,340 56,980 49,210K*DS12M4S** 3DF3R15ME – 137,660 124,140 111,220 98,940 76,550 66,550 57,470K*DS15M4S** 3DS3R17ME – 153,790 139,390 125,500 112,240 87,710 76,490 66,010

110ºF AmbientK*DS04M4S** 2DC3R53KE – – 40,120 35,370 31,040 23,670 20,640 18,050K*DS05M4S** 2DD3R63KE – – 46,440 41,210 36,430 28,260 24,890 22,030K*DS06M4S** 2DL3R78KE – – 60,770 54,250 48,310 37,920 33,390 29,220K*DS07M4S** 2DA3R89KE – – 68,140 60,670 53,760 41,540 36,230 31,440K*DS08M4S** 3DA3R10ME – – 81,630 72,840 64,440 48,860 41,740 35,110K*DS10M4S** 3DB3R12ME – – 95,100 85,160 75,680 58,020 49,960 42,390K*DS12M4S** 3DF3R15ME – – 113,250 101,060 89,460 68,180 58,620 49,840K*DS15M4S** 3DS3R17ME – – 128,190 115,220 102,730 79,460 68,700 58,530

* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for nomenclature.

‡ Multiply capacity by .83 when used with 50 Hz power.Published capacities are with 20ºF compressor superheat. This provides a more accurate capacity at design conditions. Multiply by 1.05 to 1.07 for approximate capacities at 65ºF return gas temperature.

Page 9: Replaces document KM-NG2-0117A II

Air Cooled Condensing Units9

Capacity Data (BTUH) - Medium Temp. R448A, R449A Discus - 60 Hz‡

SUCTION TEMPERATURE

MODEL COMP. MODEL 40ºF 35ºF 30ºF 25ºF 20ºF 10ºF 5ºF 0ºF

90ºF AmbientK*DS04M4S** 2DC3R53KE 61,260 55,110 49,300 43,900 38,870 30,050 26,270 22,940K*DS05M4S** 2DD3R63KE 69,690 62,990 56,630 50,640 45,060 35,240 31,040 27,330K*DS06M4S** 2DL3R78KE 90,110 81,370 73,290 65,820 58,910 46,610 41,130 36,010K*DS07M4S** 2DA3R89K 101,250 91,670 82,630 74,120 66,180 51,930 45,650 39,930K*DS08M4S** 3DA3R10M 118,270 108,060 98,360 89,140 80,390 64,110 56,490 49,140K*DS10M4S** 3DB3R12M 137,580 126,020 115,070 104,640 94,690 76,220 67,550 59,140K*DS12M4S** 3DF3R15M 164,930 150,670 137,060 124,050 111,640 88,780 78,320 68,440K*DS15M4S** 3DS3R17M 183,380 168,020 153,200 138,990 125,390 100,020 88,280 77,150

95ºF AmbientK*DS04M4S** 2DC3R53KE 58,830 52,860 47,250 42,020 37,150 28,630 25,020 21,850K*DS05M4S** 2DD3R63KE 67,000 60,520 54,360 48,570 43,190 33,720 29,700 26,170K*DS06M4S** 2DL3R78KE 86,850 78,390 70,580 63,340 56,670 44,760 39,450 34,500K*DS07M4S** 2DA3R89K 97,500 88,230 79,480 71,250 63,560 49,750 43,700 38,160K*DS08M4S** 3DA3R10M 114,080 104,210 94,820 85,850 77,300 61,220 53,610 46,230K*DS10M4S** 3DB3R12M 132,690 121,520 110,900 100,750 91,050 72,800 64,150 55,720K*DS12M4S** 3DF3R15M 158,970 145,200 132,000 119,380 107,320 84,890 74,570 64,750K*DS15M4S** 3DS3R17M 176,940 162,120 147,820 134,030 120,810 96,020 84,480 73,430

100ºF AmbientK*DS04M4S** 2DC3R53KE – 50,640 45,200 40,130 35,440 27,240 23,800 20,790K*DS05M4S** 2DD3R63KE – 58,040 52,110 46,500 41,310 32,220 28,390 25,060K*DS06M4S** 2DL3R78KE – 75,390 67,830 60,850 54,390 42,880 37,750 32,960K*DS07M4S** 2DA3R89K – 84,770 76,310 68,350 60,910 47,570 41,690 36,350K*DS08M4S** 3DA3R10M – 100,330 91,230 82,470 74,090 58,160 50,560 43,090K*DS10M4S** 3DB3R12M – 116,940 106,620 96,730 87,230 69,170 60,520 52,040K*DS12M4S** 3DF3R15M – 139,650 126,840 114,570 102,810 80,810 70,540 60,780K*DS15M4S** 3DS3R17M – 156,200 142,400 129,030 116,170 91,930 80,530 69,620

110ºF AmbientK*DS04M4S** 2DC3R53KE – – 41,140 36,420 32,070 24,590 21,470 18,780K*DS05M4S** 2DD3R63KE – – 47,620 42,430 37,640 29,360 25,890 22,920K*DS06M4S** 2DL3R78KE – – 62,300 55,800 49,800 39,080 34,300 29,840K*DS07M4S** 2DA3R89K – – 69,870 62,470 55,550 43,150 37,690 32,730K*DS08M4S** 3DA3R10M – – 83,870 75,490 67,370 51,620 43,930 36,340K*DS10M4S** 3DB3R12M – – 97,680 88,210 79,050 61,240 52,580 43,970K*DS12M4S** 3DF3R15M – – 116,250 104,560 93,300 71,940 61,830 52,080K*DS15M4S** 3DS3R17M – – 131,430 118,910 106,720 83,530 72,470 61,740

* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for nomenclature.

‡ Multiply capacity by .83 when used with 50 Hz power.Published capacities are with 20ºF compressor superheat. This provides a more accurate capacity at design conditions. Multiply by 1.05 to 1.07 for approximate capacities at 65ºF return gas temperature.

Page 10: Replaces document KM-NG2-0117A II

3 to 22 HP10

Capacity Data (BTUH) - Extended Medium Temp. R404A Scroll - 60 Hz‡

SUCTION TEMPERATURE

MODEL COMP. MODEL 40ºF 30ºF 25ºF 20ºF 0ºF -5ºF -10ºF -20ºF

90ºF AmbientK*OS04E4S** ZS29KAE 52,410 43,140 38,970 35,110 22,560 20,080 17,820 13,940K*OS05E4S** ZS33KAE 57,130 47,120 42,610 38,420 24,750 22,030 19,570 15,320K*OS06E4S** ZS38K4E 61,160 51,260 46,740 42,520 28,340 25,440 22,770 18,050K*OS07E4S** ZS45K4E 77,150 64,210 58,400 53,020 35,250 31,650 28,340 22,480K*OS08E4S** ZB58K5E 100,260 83,740 76,270 69,290 45,360 40,140 35,130 –K*OS09E4S** ZB66K5E 111,620 93,890 85,730 78,040 51,720 46,170 40,970 –K*OS10E4S** ZB76K5E 126,230 106,310 97,210 88,650 59,330 53,060 47,140 –K*OS13E4S** ZB95K5E 160,490 134,950 123,180 112,050 73,480 65,130 57,210 –K*OS15E4S** ZB114K5E 186,810 157,560 143,930 130,980 86,020 76,430 67,480 –

95ºF AmbientK*OS04E4S** ZS29KAE 50,350 41,430 37,420 33,710 21,640 19,260 17,100 13,390K*OS05E4S** ZS33KAE 54,870 45,240 40,900 36,880 23,740 21,130 18,780 14,710K*OS06E4S** ZS38K4E 58,670 49,140 44,800 40,730 27,110 24,330 21,780 17,290K*OS07E4S** ZS45K4E 74,080 61,600 56,000 50,810 33,730 30,280 27,120 21,560K*OS08E4S** ZB58K5E 96,270 80,360 73,150 66,390 43,060 37,930 – –K*OS09E4S** ZB66K5E 106,840 89,850 82,030 74,660 49,390 44,040 – –K*OS10E4S** ZB76K5E 120,950 101,850 93,120 84,910 56,830 50,840 – –K*OS13E4S** ZB95K5E 153,810 129,260 117,920 107,200 69,850 61,740 – –K*OS15E4S** ZB114K5E 178,980 150,810 137,670 125,180 81,740 72,460 – –

100ºF AmbientK*OS04E4S** ZS29KAE – 39,680 35,840 32,270 20,710 18,430 16,370 12,830K*OS05E4S** ZS33KAE – 43,320 39,160 35,300 22,710 20,220 17,970 14,100K*OS06E4S** ZS38K4E – 47,000 42,820 38,920 25,860 23,210 20,770 16,490K*OS07E4S** ZS45K4E – 58,960 53,570 48,570 32,190 28,900 25,890 20,610K*OS08E4S** ZB58K5E – 76,890 69,930 63,390 40,640 – – –K*OS09E4S** ZB66K5E – 85,780 78,300 71,240 47,020 – – –K*OS10E4S** ZB76K5E – 97,360 89,000 81,160 54,340 – – –K*OS13E4S** ZB95K5E – 123,450 112,550 102,220 66,120 – – –K*OS15E4S** ZB114K5E – 143,950 131,310 119,280 77,350 – – –

110ºF AmbientK*OS04E4S** ZS29KAE – 36,080 32,560 29,310 18,770 16,700 14,830 –K*OS05E4S** ZS33KAE – 39,340 35,550 32,020 20,560 18,310 16,270 –K*OS06E4S** ZS38K4E – 42,620 38,800 35,220 23,310 20,890 18,690 –K*OS07E4S** ZS45K4E – 53,590 48,610 44,030 29,070 26,090 23,380 –K*OS08E4S** ZB58K5E – 69,640 63,170 57,050 35,480 – – –K*OS09E4S** ZB66K5E – 77,490 70,690 64,280 42,170 – – –K*OS10E4S** ZB76K5E – 88,240 80,670 73,570 49,340 – – –K*OS13E4S** ZB95K5E – 111,470 101,450 91,920 58,330 – – –K*OS15E4S** ZB114K5E – 129,840 118,210 107,130 68,300 – – –

* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for nomenclature.

‡ Multiply capacity by .83 when used with 50 Hz power.Maximum 35ºF Compressor Superheat Published capacities are with 20ºF compressor superheat. This provides a more accurate capacity at design conditions. Multiply by 1.05 to 1.07 for approximate capacities at 65ºF return gas temperature.

Page 11: Replaces document KM-NG2-0117A II

Air Cooled Condensing Units11

Capacity Data (BTUH) - Extended Medium Temp. R407A Scroll - 60 Hz‡

SUCTION TEMPERATURE

MODEL COMP. MODEL 40ºF 30ºF 25ºF 20ºF 0ºF -5ºF -10ºF -20ºF

90ºF AmbientK*OS04E4S** ZS29KAE 46,850 38,390 34,690 31,310 20,400 18,180 16,100 12,250K*OS05E4S** ZS33KAE 47,770 42,630 39,170 35,310 23,020 20,520 18,170 13,740K*OS06E4S** ZS38K4E 52,720 43,290 39,160 35,380 23,110 20,600 18,240 13,870K*OS07E4S** ZS45K4E 59,660 52,040 48,220 44,420 30,130 26,910 23,910 18,640K*OS08E4S** ZB58K5E 93,650 76,600 69,170 62,340 38,710 33,100 27,380 – K*OS09E4S** ZB66K5E 104,760 86,620 78,120 70,030 42,560 37,050 32,200 – K*OS10E4S** ZB76K5E 120,130 99,460 90,240 81,670 51,870 44,980 38,030 – K*OS13E4S** ZB95K5E 152,630 126,010 113,560 101,710 61,130 52,860 45,390 – K*OS15E4S** ZB114K5E 179,120 148,010 133,380 119,450 71,950 62,430 53,990 –

95ºF AmbientK*OS04E4S** ZS29KAE 45,380 37,100 33,520 30,240 19,660 17,510 15,500 11,770K*OS05E4S** ZS33KAE 46,560 40,510 37,810 34,070 22,210 19,800 17,520 13,200K*OS06E4S** ZS38K4E 51,050 41,840 37,830 34,160 22,280 19,840 17,560 13,320K*OS07E4S** ZS45K4E 58,300 50,790 47,040 43,310 29,310 26,180 23,260 18,100K*OS08E4S** ZB58K5E 90,430 74,100 66,930 60,300 36,770 31,050 – – K*OS09E4S** ZB66K5E 101,190 83,410 75,140 67,290 40,800 35,590 – – K*OS10E4S** ZB76K5E 116,030 96,140 87,310 79,060 49,860 42,940 – – K*OS13E4S** ZB95K5E 147,410 121,340 109,220 97,670 58,350 50,400 – – K*OS15E4S** ZB114K5E 172,980 142,480 128,200 114,640 68,670 59,580 – –

100ºF AmbientK*OS04E4S** ZS29KAE – 35,800 32,330 29,160 18,930 16,850 14,900 – K*OS05E4S** ZS33KAE – 38,500 35,850 32,310 21,060 18,770 16,600 – K*OS06E4S** ZS38K4E – 40,360 36,480 32,930 21,440 19,090 16,880 – K*OS07E4S** ZS45K4E – 49,540 45,860 42,220 28,520 25,450 22,590 – K*OS08E4S** ZB58K5E – 71,500 64,580 58,120 34,660 – – – K*OS09E4S** ZB66K5E – 80,130 72,120 64,530 39,120 – – – K*OS10E4S** ZB76K5E – 92,790 84,340 76,400 47,790 – – – K*OS13E4S** ZB95K5E – 116,550 104,760 93,550 55,570 – – – K*OS15E4S** ZB114K5E – 136,850 122,940 109,770 65,450 – – –

110ºF AmbientK*OS04E4S** ZS29KAE – 33,230 29,960 27,010 17,470 15,530 – – K*OS05E4S** ZS33KAE – 35,100 33,000 29,740 19,430 17,320 – – K*OS06E4S** ZS38K4E – 37,410 33,790 30,480 19,780 17,590 – – K*OS07E4S** ZS45K4E – 47,170 43,620 40,110 26,940 23,990 – – K*OS08E4S** ZB58K5E – 66,030 59,550 53,400 30,040 – – – K*OS09E4S** ZB66K5E – 73,480 66,020 59,010 36,000 – – – K*OS10E4S** ZB76K5E – 86,010 78,310 70,980 43,530 – – – K*OS13E4S** ZB95K5E – 106,680 95,620 85,190 50,180 – – – K*OS15E4S** ZB114K5E – 125,280 112,240 99,930 59,180 – – –

* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for nomenclature.

‡ Multiply capacity by .83 when used with 50 Hz power.Maximum 35ºF Compressor SuperheatPublished capacities are with 20ºF compressor superheat. This provides a more accurate capacity at design conditions. Multiply by 1.05 to 1.07 for approximate capacities at 65ºF return gas temperature.

Page 12: Replaces document KM-NG2-0117A II

3 to 22 HP12

Capacity Data (BTUH) - Extended Medium Temp. R407C Scroll - 60 Hz‡

SUCTION TEMPERATURE

MODEL COMP. MODEL 40ºF 30ºF 25ºF 20ºF 10ºF 0ºF -5ºF -10ºF

90ºF AmbientK*OS04E4S** ZS29KAE 45,250 37,350 33,700 30,230 23,800 17,940 – –K*OS05E4S** ZS33KAE 46,010 40,460 37,120 33,260 26,170 19,750 – –K*OS06E4S** ZS38K4E 52,590 43,180 39,060 35,290 28,660 23,050 – –K*OS07E4S** ZS45K4E 59,510 51,910 48,100 44,310 36,940 30,060 – –K*OS08E4S** ZB58K5E 90,480 74,840 67,470 60,450 47,580 36,450 – –K*OS09E4S** ZB66K5E 101,960 83,110 74,780 67,100 53,510 41,990 – –K*OS10E4S** ZB76K5E 116,320 97,230 88,150 79,490 63,670 50,130 – –K*OS13E4S** ZB95K5E 147,900 119,400 106,840 95,290 74,950 57,780 – –K*OS15E4S** ZB114K5E – – – – – – – –

95ºF AmbientK*OS04E4S** ZS29KAE 44,030 36,350 32,820 29,440 23,140 – – –K*OS05E4S** ZS33KAE 45,070 38,720 36,110 32,360 25,440 – – –K*OS06E4S** ZS38K4E 50,920 41,740 37,740 34,080 27,660 – – –K*OS07E4S** ZS45K4E 58,160 50,660 46,920 43,200 35,990 – – –K*OS08E4S** ZB58K5E 88,230 72,650 65,310 58,330 45,560 – – –K*OS09E4S** ZB66K5E 99,080 80,660 72,550 65,060 51,760 – – –K*OS10E4S** ZB76K5E 113,480 94,500 85,590 77,100 61,650 – – –K*OS13E4S** ZB95K5E 142,990 115,280 103,090 91,850 72,010 – – –K*OS15E4S** ZB114K5E – – – – – – – –

100ºF AmbientK*OS04E4S** ZS29KAE – 35,350 31,930 28,640 22,450 – – –K*OS05E4S** ZS33KAE – 37,090 34,530 30,960 24,280 – – –K*OS06E4S** ZS38K4E – 40,260 36,390 32,850 26,640 – – –K*OS07E4S** ZS45K4E – 49,420 45,750 42,120 35,050 – – –K*OS08E4S** ZB58K5E – 70,270 62,980 56,040 43,390 – – –K*OS09E4S** ZB66K5E – 78,200 70,300 63,000 49,960 – – –K*OS10E4S** ZB76K5E – 91,730 82,980 74,670 59,630 – – –K*OS13E4S** ZB95K5E – 111,180 99,330 88,390 69,040 – – –K*OS15E4S** ZB114K5E – – – – – – – –

110ºF AmbientK*OS04E4S** ZS29KAE – 33,430 30,150 27,010 20,950 – – –K*OS05E4S** ZS33KAE – 34,450 32,400 29,010 22,610 – – –K*OS06E4S** ZS38K4E – 37,320 33,710 30,400 24,610 – – –K*OS07E4S** ZS45K4E – 47,050 43,510 40,010 33,220 – – –K*OS08E4S** ZB58K5E – 65,080 57,880 51,070 38,730 – – –K*OS09E4S** ZB66K5E – 73,300 65,780 58,810 46,260 – – –K*OS10E4S** ZB76K5E – 86,070 77,680 69,750 55,570 – – –K*OS13E4S** ZB95K5E – 103,010 91,810 81,470 62,910 – – –K*OS15E4S** ZB114K5E – – – – – – – –

* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for nomenclature.

‡ Multiply capacity by .83 when used with 50 Hz power.Maximum 35ºF Compressor SuperheatPublished capacities are with 20ºF compressor superheat. This provides a more accurate capacity at design conditions. Multiply by 1.05 to 1.07 for approximate capacities at 65ºF return gas temperature.

Page 13: Replaces document KM-NG2-0117A II

Air Cooled Condensing Units13

Capacity Data (BTUH) - Extended Medium Temp. R407F Scroll - 60 Hz‡

SUCTION TEMPERATURE

MODEL COMP. MODEL 40ºF 30ºF 25ºF 20ºF 10ºF 0ºF -5ºF -10ºF

90ºF AmbientK*OS04E4S** ZS29KAE – – – – – – – –K*OS05E4S** ZS33KAE – – – – – – – –K*OS06E4S** ZS38K4E – – – – – – – –K*OS07E4S** ZS45K4E – – – – – – – –K*OS08E4S** ZB58K5E 93,650 76,600 69,170 62,340 50,030 38,710 33,100 –K*OS09E4S** ZB66K5E 104,760 86,620 78,120 70,030 55,230 42,560 37,050 –K*OS10E4S** ZB76K5E 120,130 99,460 90,240 81,670 66,110 51,870 44,980 –K*OS13E4S** ZB95K5E 152,630 126,010 113,560 101,710 79,990 61,130 52,860 –K*OS15E4S** ZB114K5E 179,120 148,010 133,380 119,450 93,900 71,950 62,430 –

95ºF AmbientK*OS04E4S** ZS29KAE – – – – – – – –K*OS05E4S** ZS33KAE – – – – – – – –K*OS06E4S** ZS38K4E – – – – – – – –K*OS07E4S** ZS45K4E – – – – – – – –K*OS08E4S** ZB58K5E 90,430 74,100 66,930 60,300 48,160 36,770 – –K*OS09E4S** ZB66K5E 101,190 83,410 75,140 67,290 52,980 40,800 – –K*OS10E4S** ZB76K5E 116,030 96,140 87,310 79,060 63,930 49,860 – –K*OS13E4S** ZB95K5E 147,410 121,340 109,220 97,670 76,570 58,350 – –K*OS15E4S** ZB114K5E 172,980 142,480 128,200 114,640 89,880 68,670 – –

100ºF AmbientK*OS04E4S** ZS29KAE – – – – – – – –K*OS05E4S** ZS33KAE – – – – – – – –K*OS06E4S** ZS38K4E – – – – – – – –K*OS07E4S** ZS45K4E – – – – – – – –K*OS08E4S** ZB58K5E – 71,500 64,580 58,120 46,130 – – –K*OS09E4S** ZB66K5E – 80,130 72,120 64,530 50,740 – – –K*OS10E4S** ZB76K5E – 92,790 84,340 76,400 61,700 – – –K*OS13E4S** ZB95K5E – 116,550 104,760 93,550 73,140 – – –K*OS15E4S** ZB114K5E – 136,850 122,940 109,770 85,800 – – –

110ºF AmbientK*OS04E4S** ZS29KAE – – – – – – – –K*OS05E4S** ZS33KAE – – – – – – – –K*OS06E4S** ZS38K4E – – – – – – – –K*OS07E4S** ZS45K4E – – – – – – – –K*OS08E4S** ZB58K5E – 66,030 59,550 53,400 – – – –K*OS09E4S** ZB66K5E – 73,480 66,020 59,010 – – – –K*OS10E4S** ZB76K5E – 86,010 78,310 70,980 – – – –K*OS13E4S** ZB95K5E – 106,680 95,620 85,190 – – – –K*OS15E4S** ZB114K5E – 125,280 112,240 99,930 – – – –

* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for nomenclature.

‡ Multiply capacity by .83 when used with 50 Hz power.Maximum 35ºF Compressor SuperheatPublished capacities are with 20ºF compressor superheat. This provides a more accurate capacity at design conditions. Multiply by 1.05 to 1.07 for approximate capacities at 65ºF return gas temperature.

Page 14: Replaces document KM-NG2-0117A II

3 to 22 HP14

Capacity Data (BTUH) - Extended Medium Temp. R448A, R449A Scroll - 60 Hz‡

SUCTION TEMPERATURE

MODEL COMP. MODEL 40ºF 30ºF 25ºF 20ºF 0ºF -5ºF -10ºF -20ºF

90ºF AmbientK*OS04E4S** ZS29KAE 47,250 40,840 36,950 33,300 20,930 18,350 15,940 11,480K*OS05E4S** ZS33KAE 48,860 44,030 40,510 36,460 22,930 20,110 17,470 13,450K*OS06E4S** ZS38K4E 54,130 44,290 40,100 36,340 24,520 22,130 19,850 15,410K*OS07E4S** ZS45K4E 61,210 53,200 49,320 45,550 31,860 28,800 25,940 20,580K*OS08E4S** ZB58K5E 93,930 77,810 70,370 63,330 38,760 33,370 28,250 – K*OS09E4S** ZB66K5E 106,260 87,220 78,830 71,070 44,740 38,860 33,130 – K*OS10E4S** ZB76K5E 119,290 100,100 91,000 82,290 51,500 44,850 38,570 – K*OS13E4S** ZB95K5E 160,200 127,670 114,120 101,990 62,060 52,750 43,090 – K*OS15E4S** ZB114K5E 188,270 150,190 134,260 119,990 73,150 62,340 51,220 –

95ºF AmbientK*OS04E4S** ZS29KAE 45,050 39,460 35,700 32,160 20,170 17,670 15,350 10,670K*OS05E4S** ZS33KAE 47,630 41,840 39,100 35,180 22,120 19,400 16,850 13,520K*OS06E4S** ZS38K4E 52,410 42,800 38,740 35,080 23,640 21,310 19,110 14,820K*OS07E4S** ZS45K4E 59,810 51,920 48,120 44,420 30,990 28,020 25,240 19,990K*OS08E4S** ZB58K5E 90,700 75,270 68,090 61,260 36,820 31,300 – – K*OS09E4S** ZB66K5E 102,640 83,990 75,820 68,290 42,890 37,330 – – K*OS10E4S** ZB76K5E 115,220 96,750 88,050 79,660 49,500 42,810 – – K*OS13E4S** ZB95K5E 154,720 122,940 109,760 97,940 59,240 50,300 – – K*OS15E4S** ZB114K5E 181,810 144,580 129,050 115,160 69,820 59,490 – –

100ºF AmbientK*OS04E4S** ZS29KAE – 38,210 34,520 31,030 19,060 16,530 14,170 – K*OS05E4S** ZS33KAE – 39,900 37,160 33,380 20,590 17,880 15,320 – K*OS06E4S** ZS38K4E – 40,820 36,960 33,490 22,640 20,440 18,330 – K*OS07E4S** ZS45K4E – 50,040 46,390 42,860 30,010 27,160 24,480 – K*OS08E4S** ZB58K5E – 73,940 66,710 59,790 34,840 – – – K*OS09E4S** ZB66K5E – 82,380 74,590 67,260 40,840 – – – K*OS10E4S** ZB76K5E – 95,080 86,360 77,930 47,570 – – – K*OS13E4S** ZB95K5E – 118,250 105,660 94,200 54,210 – – – K*OS15E4S** ZB114K5E – 139,070 124,210 110,730 63,920 – – –

110ºF AmbientK*OS04E4S** ZS29KAE – 35,490 31,930 28,580 16,930 14,430 – – K*OS05E4S** ZS33KAE – 36,400 34,140 30,560 18,280 15,620 – – K*OS06E4S** ZS38K4E – 37,230 33,710 30,540 20,660 18,640 – – K*OS07E4S** ZS45K4E – 46,900 43,460 40,140 28,100 25,430 – – K*OS08E4S** ZB58K5E – 69,000 61,970 55,160 30,010 – – – K*OS09E4S** ZB66K5E – 76,900 69,640 62,690 35,980 – – – K*OS10E4S** ZB76K5E – 89,060 80,760 72,670 43,030 – – – K*OS13E4S** ZB95K5E – 108,330 96,510 85,590 44,860 – – – K*OS15E4S** ZB114K5E – 127,450 113,480 100,580 52,960 – – –

* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for nomenclature.

‡ Multiply capacity by .83 when used with 50 Hz power.Maximum 35ºF Compressor SuperheatPublished capacities are with 20ºF compressor superheat. This provides a more accurate capacity at design conditions. Multiply by 1.05 to 1.07 for approximate capacities at 65ºF return gas temperature.

Page 15: Replaces document KM-NG2-0117A II

Air Cooled Condensing Units15

Capacity Data (BTUH) - Extended Medium Temp. R404A Bitzer - 60 Hz‡

SUCTION TEMPERATURE

MODEL COMP. MODEL 40ºF 30ºF 25ºF 20ºF 0ºF -5ºF -10ºF -20ºF

90ºF AmbientK*BS03E4S** 2DES-3 52,900 43,780 39,610 35,700 22,580 19,890 17,420 13,060K*BS04E4S** 2CES-4 62,790 52,340 47,520 42,990 27,590 24,410 21,470 16,260K*BS05E4S** 4FES-5 67,580 56,240 51,010 46,080 29,390 25,970 22,830 17,330K*BS06E4S** 4EES-6 89,670 73,790 66,570 59,830 37,500 33,000 28,890 21,740K*BS07E4S** 4DES-7 104,950 86,760 78,470 70,700 44,800 39,540 34,740 26,350K*BS08E4S** 4CES-9 123,380 102,230 92,560 83,480 53,040 46,840 41,160 31,220K*BS10E4S** 4TES-12 150,290 124,990 113,310 102,270 64,900 57,210 50,150 37,770K*BS12E4S** 4PES-15 179,260 147,790 133,340 119,770 74,320 65,110 56,700 42,070K*BS15E4S** 4NES-20 204,870 170,390 154,430 139,350 88,260 77,790 68,190 51,410

95ºF AmbientK*BS03E4S** 2DES-3 50,370 41,620 37,630 33,870 21,310 18,740 16,380 12,220K*BS04E4S** 2CES-4 59,810 49,780 45,170 40,820 26,080 23,030 20,220 15,260K*BS05E4S** 4FES-5 64,240 53,410 48,410 43,710 27,800 24,540 21,550 16,320K*BS06E4S** 4EES-6 85,400 70,180 63,270 56,810 35,460 31,160 27,230 20,420K*BS07E4S** 4DES-7 100,120 82,660 74,690 67,240 42,400 37,370 32,780 24,770K*BS08E4S** 4CES-9 117,830 97,480 88,160 79,430 50,170 44,220 38,770 29,280K*BS10E4S** 4TES-12 143,140 118,860 107,640 97,050 61,190 53,830 47,080 35,280K*BS12E4S** 4PES-15 170,760 140,490 126,590 113,540 69,900 61,080 53,040 39,100K*BS15E4S** 4NES-20 195,440 162,190 146,840 132,340 83,290 73,250 64,070 48,060

100ºF AmbientK*BS03E4S** 2DES-3 – 39,450 35,630 32,040 20,040 17,580 15,330 11,380K*BS04E4S** 2CES-4 – 47,200 42,790 38,630 24,550 21,650 18,970 14,250K*BS05E4S** 4FES-5 – 50,560 45,800 41,320 26,190 23,090 20,250 15,300K*BS06E4S** 4EES-6 – 66,550 59,940 53,780 33,400 29,300 25,570 19,100K*BS07E4S** 4DES-7 – 78,530 70,900 63,770 40,010 35,200 30,820 23,200K*BS08E4S** 4CES-9 – 92,710 83,760 75,370 47,310 41,610 36,400 27,350K*BS10E4S** 4TES-12 – 112,740 101,990 91,840 57,520 50,490 44,050 32,820K*BS12E4S** 4PES-15 – 133,210 119,860 107,340 65,530 57,110 49,450 36,190K*BS15E4S** 4NES-20 – 154,060 139,270 125,370 78,360 68,770 59,990 44,760

110ºF AmbientK*BS03E4S** 2DES-3 – 35,070 31,580 28,330 17,460 15,250 13,230 9,690K*BS04E4S** 2CES-4 – 42,010 38,000 34,240 21,480 18,860 16,450 12,220K*BS05E4S** 4FES-5 – 44,830 40,550 36,520 22,940 20,170 17,640 13,220K*BS06E4S** 4EES-6 – 59,230 53,250 47,660 29,270 25,580 22,230 16,440K*BS07E4S** 4DES-7 – 70,220 63,280 56,770 35,200 30,860 26,910 20,060K*BS08E4S** 4CES-9 – 83,100 74,930 67,260 41,630 36,450 31,730 23,560K*BS10E4S** 4TES-12 – 100,420 90,670 81,450 50,270 43,920 38,120 28,040K*BS12E4S** 4PES-15 – 118,650 106,450 95,020 56,940 49,330 42,410 30,540K*BS15E4S** 4NES-20 – 137,540 124,120 111,440 68,630 59,930 52,000 38,320

* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for nomenclature.

‡ Multiply capacity by .83 when used with 50 Hz power.Published capacities are with 20ºF compressor superheat. This provides a more accurate capacity at design conditions. Multiply by 1.05 to 1.07 for approximate capacities at 65ºF return gas temperature.

Page 16: Replaces document KM-NG2-0117A II

3 to 22 HP16

Capacity Data (BTUH) - Extended Medium Temp. R407A Bitzer - 60 Hz‡

SUCTION TEMPERATURE

MODEL COMP. MODEL 40ºF 30ºF 25ºF 5ºF 0ºF -5ºF -10ºF -20ºF

90ºF AmbientK*BS03E4S** 2DES-3 49,970 40,190 35,830 21,630 18,810 16,260 13,960 10,030K*BS04E4S** 2CES-4 60,040 48,590 43,450 26,590 23,230 20,180 17,420 12,670K*BS05E4S** 4FES-5 65,300 52,900 47,310 28,930 25,260 21,920 18,900 13,710K*BS06E4S** 4EES-6 84,840 68,320 60,950 36,930 32,150 27,840 23,940 17,330K*BS07E4S** 4DES-7 98,200 79,240 70,760 42,970 37,460 32,420 27,880 20,110K*BS08E4S** 4CES-9 117,460 95,430 85,500 52,690 46,160 40,140 34,700 25,360K*BS10E4S** 4TES-12 143,940 117,450 105,410 65,180 56,990 49,500 42,670 30,860K*BS12E4S** 4PES-15 169,640 137,270 122,680 74,390 64,650 55,810 47,760 33,880K*BS15E4S** 4NES-20 194,560 158,550 142,110 87,390 76,340 66,230 56,990 41,040

95ºF AmbientK*BS03E4S** 2DES-3 48,040 38,550 34,320 20,550 17,830 15,380 13,160 9,380K*BS04E4S** 2CES-4 57,860 46,650 41,660 25,330 22,080 19,140 16,470 11,910K*BS05E4S** 4FES-5 62,900 50,740 45,330 27,520 23,970 20,760 17,840 12,860K*BS06E4S** 4EES-6 81,560 65,530 58,380 35,110 30,510 26,350 22,600 16,210K*BS07E4S** 4DES-7 94,510 75,980 67,750 40,840 35,510 30,660 26,300 18,830K*BS08E4S** 4CES-9 113,190 91,610 81,960 50,180 43,850 38,070 32,840 23,850K*BS10E4S** 4TES-12 138,450 112,500 100,850 61,920 54,050 46,820 40,240 28,880K*BS12E4S** 4PES-15 163,020 131,350 117,210 70,480 61,110 52,570 44,830 31,520K*BS15E4S** 4NES-20 187,110 151,890 135,960 82,980 72,290 62,550 53,690 38,380

100ºF AmbientK*BS03E4S** 2DES-3 – 36,910 32,810 19,490 16,870 14,500 12,370 8,740K*BS04E4S** 2CES-4 – 44,710 39,880 24,070 20,940 18,090 15,530 11,160K*BS05E4S** 4FES-5 – 48,600 43,340 26,110 22,690 19,600 16,790 12,020K*BS06E4S** 4EES-6 – 62,740 55,810 33,310 28,870 24,870 21,260 15,140K*BS07E4S** 4DES-7 – 72,730 64,750 38,710 33,580 28,920 24,720 17,570K*BS08E4S** 4CES-9 – 87,790 78,440 47,690 41,560 36,010 30,970 22,360K*BS10E4S** 4TES-12 – 107,550 96,280 58,680 51,100 44,150 37,830 26,970K*BS12E4S** 4PES-15 – 125,430 111,740 66,570 57,550 49,370 41,930 29,190K*BS15E4S** 4NES-20 – 145,220 129,810 78,590 68,290 58,920 50,400 35,740

110ºF AmbientK*BS03E4S** 2DES-3 – 33,630 29,790 17,350 14,930 12,740 10,770 –K*BS04E4S** 2CES-4 – 40,830 36,320 21,570 18,660 16,040 13,680 –K*BS05E4S** 4FES-5 – 44,330 39,410 23,340 20,170 17,310 14,740 –K*BS06E4S** 4EES-6 – 57,230 50,730 29,750 25,660 21,950 18,630 –K*BS07E4S** 4DES-7 – 66,250 58,800 34,540 29,760 25,470 21,620 –K*BS08E4S** 4CES-9 – 80,190 71,440 42,760 37,080 31,930 27,320 –K*BS10E4S** 4TES-12 – 97,620 87,120 52,260 45,250 38,850 33,060 –K*BS12E4S** 4PES-15 – 113,680 100,870 58,900 50,570 43,010 36,250 –K*BS15E4S** 4NES-20 – 131,840 117,510 69,930 60,380 51,740 43,950 –

* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for nomenclature.

‡ Multiply capacity by .83 when used with 50 Hz power.Maximum 35ºF Compressor SuperheatPublished capacities are with 20ºF compressor superheat. This provides a more accurate capacity at design conditions. Multiply by 1.05 to 1.07 for approximate capacities at 65ºF return gas temperature.

Page 17: Replaces document KM-NG2-0117A II

Air Cooled Condensing Units17

Capacity Data (BTUH) - Extended Medium Temp. R407C Bitzer - 60 Hz‡

SUCTION TEMPERATURE

MODEL COMP. MODEL 40ºF 30ºF 25ºF 20ºF 0ºF -5ºF -10ºF -20ºF

90ºF AmbientK*BS03E4S** 2DES-3 48,600 39,040 34,810 30,930 18,370 15,880 13,610 –K*BS04E4S** 2CES-4 58,120 46,940 41,960 37,370 22,450 19,480 16,760 –K*BS05E4S** 4FES-5 61,670 49,590 44,180 39,200 23,020 19,790 16,840 –K*BS06E4S** 4EES-6 80,320 64,250 57,130 50,580 29,500 25,330 21,520 –K*BS07E4S** 4DES-7 94,000 75,550 67,360 59,800 35,340 30,440 25,980 –K*BS08E4S** 4CES-9 112,420 90,990 81,390 72,520 43,560 37,720 32,370 –K*BS10E4S** 4TES-12 137,300 111,910 100,400 89,650 53,970 46,670 39,930 –K*BS12E4S** 4PES-15 161,800 130,820 116,880 103,950 61,250 52,620 44,660 –K*BS15E4S** 4NES-20 185,530 151,060 135,360 120,770 72,320 62,450 53,320 –

95ºF AmbientK*BS03E4S** 2DES-3 46,730 37,520 33,440 29,680 17,530 15,120 12,910 –K*BS04E4S** 2CES-4 56,010 45,140 40,330 35,900 21,460 18,570 15,910 –K*BS05E4S** 4FES-5 59,280 47,510 42,320 37,500 21,850 18,730 15,850 –K*BS06E4S** 4EES-6 77,060 61,580 54,710 48,390 28,020 23,970 20,270 –K*BS07E4S** 4DES-7 90,380 72,480 64,570 57,280 33,610 28,870 24,540 –K*BS08E4S** 4CES-9 108,240 87,390 78,120 69,570 41,520 35,870 30,670 –K*BS10E4S** 4TES-12 132,190 107,330 96,200 85,800 51,280 44,210 37,690 –K*BS12E4S** 4PES-15 155,640 125,350 111,850 99,310 58,000 49,630 41,940 –K*BS15E4S** 4NES-20 178,600 144,920 129,710 115,560 68,620 59,070 50,270 –

100ºF AmbientK*BS03E4S** 2DES-3 – 36,000 32,070 28,440 16,700 14,350 12,200 –K*BS04E4S** 2CES-4 – 43,340 38,710 34,430 20,470 17,640 15,060 –K*BS05E4S** 4FES-5 – 45,460 40,430 35,800 20,680 17,660 15,660 –K*BS06E4S** 4EES-6 – 58,900 52,290 46,200 26,530 22,610 19,000 –K*BS07E4S** 4DES-7 – 69,400 61,780 54,750 31,890 27,300 23,070 –K*BS08E4S** 4CES-9 – 83,790 74,860 66,600 39,480 34,000 28,940 –K*BS10E4S** 4TES-12 – 102,720 91,960 81,900 48,560 41,740 35,450 –K*BS12E4S** 4PES-15 – 119,830 106,770 94,650 54,710 46,670 39,230 –K*BS15E4S** 4NES-20 – 138,710 124,010 110,310 64,930 55,720 47,210 –

110ºF AmbientK*BS03E4S** 2DES-3 – 32,940 29,300 25,930 14,990 12,780 10,730 –K*BS04E4S** 2CES-4 – 39,710 35,440 31,480 18,440 15,790 13,340 –K*BS05E4S** 4FES-5 – 41,330 36,690 32,400 18,350 15,500 12,870 –K*BS06E4S** 4EES-6 – 53,590 47,470 41,830 23,560 19,870 16,470 –K*BS07E4S** 4DES-7 – 63,240 56,210 49,710 28,420 24,110 20,130 –K*BS08E4S** 4CES-9 – 76,570 68,320 60,670 35,410 30,230 25,470 –K*BS10E4S** 4TES-12 – 93,370 83,370 74,050 43,130 36,810 30,990 –K*BS12E4S** 4PES-15 – 108,740 96,550 85,250 48,200 40,710 33,890 –K*BS15E4S** 4NES-20 – 126,110 112,480 99,730 57,580 49,020 41,160 –

* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for nomenclature.

‡ Multiply capacity by .83 when used with 50 Hz power.Maximum 35ºF Compressor SuperheatPublished capacities are with 20ºF compressor superheat. This provides a more accurate capacity at design conditions. Multiply by 1.05 to 1.07 for approximate capacities at 65ºF return gas temperature.

Page 18: Replaces document KM-NG2-0117A II

3 to 22 HP18

SUCTION TEMPERATURE

MODEL COMP. MODEL 40ºF 30ºF 25ºF 20ºF 0ºF -5ºF -10ºF -20ºF

90ºF AmbientK*BS03E4S** 2DES-3 53,020 42,730 38,140 33,890 20,130 17,430 14,980 10,800K*BS04E4S** 2CES-4 63,730 51,660 46,240 41,220 24,820 21,580 18,650 13,590K*BS05E4S** 4FES-5 69,410 56,290 50,370 44,880 26,980 23,430 20,220 14,700K*BS06E4S** 4EES-6 90,190 72,710 64,900 57,690 34,350 29,760 25,620 18,590K*BS07E4S** 4DES-7 104,400 84,340 75,360 67,040 40,030 34,670 29,840 21,580K*BS08E4S** 4CES-9 124,830 101,530 91,010 81,240 49,280 42,880 37,090 27,160K*BS10E4S** 4TES-12 150,310 122,960 110,490 98,810 59,980 52,090 44,860 32,260K*BS12E4S** 4PES-15 177,900 144,360 129,190 115,080 68,440 59,090 50,540 35,680K*BS15E4S** 4NES-20 204,830 167,400 150,270 134,290 81,180 70,450 60,590 43,450

95ºF AmbientK*BS03E4S** 2DES-3 51,110 41,100 36,640 32,500 19,150 16,530 14,170 10,130K*BS04E4S** 2CES-4 61,590 49,740 44,460 39,570 23,660 20,530 17,680 12,810K*BS05E4S** 4FES-5 67,040 54,140 48,390 43,050 25,660 22,240 19,130 13,820K*BS06E4S** 4EES-6 86,930 69,930 62,330 55,310 32,680 28,240 24,240 17,430K*BS07E4S** 4DES-7 100,740 81,090 72,350 64,260 38,050 32,870 28,220 20,260K*BS08E4S** 4CES-9 120,600 97,720 87,470 77,990 46,930 40,770 35,190 25,600K*BS10E4S** 4TES-12 144,420 117,730 105,710 94,450 56,960 49,310 42,320 30,110K*BS12E4S** 4PES-15 170,800 138,100 123,450 109,810 64,780 55,730 47,470 33,110K*BS15E4S** 4NES-20 196,810 160,360 143,800 128,350 77,000 66,630 57,140 40,560

100ºF AmbientK*BS03E4S** 2DES-3 – 39,480 35,130 31,110 18,170 15,640 13,360 9,460K*BS04E4S** 2CES-4 – 47,810 42,690 37,940 22,500 19,450 16,710 12,030K*BS05E4S** 4FES-5 – 52,000 46,400 41,220 24,360 21,060 18,050 12,950K*BS06E4S** 4EES-6 – 67,140 59,760 52,940 31,000 26,730 22,860 16,320K*BS07E4S** 4DES-7 – 77,840 69,340 61,490 36,080 31,090 26,600 18,950K*BS08E4S** 4CES-9 – 93,900 83,950 74,720 44,590 38,660 33,270 24,060K*BS10E4S** 4TES-12 – 112,530 100,940 90,070 53,910 46,550 39,790 28,020K*BS12E4S** 4PES-15 – 131,860 117,730 104,580 61,100 52,390 44,410 30,560K*BS15E4S** 4NES-20 – 153,320 137,360 122,440 72,860 62,850 53,670 37,660

110ºF AmbientK*BS03E4S** 2DES-3 – 36,210 32,120 28,330 16,190 13,820 11,690 –K*BS04E4S** 2CES-4 – 43,950 39,130 34,670 20,170 17,340 14,790 –K*BS05E4S** 4FES-5 – 47,720 42,450 37,570 21,780 18,700 15,930 –K*BS06E4S** 4EES-6 – 61,620 54,660 48,240 27,720 23,720 20,150 –K*BS07E4S** 4DES-7 – 71,350 63,370 55,980 32,160 27,540 23,390 –K*BS08E4S** 4CES-9 – 86,300 76,930 68,240 40,010 34,460 29,500 –K*BS10E4S** 4TES-12 – 102,140 91,420 81,390 47,860 41,020 34,750 –K*BS12E4S** 4PES-15 – 119,530 106,390 94,150 53,850 45,730 38,390 –K*BS15E4S** 4NES-20 – 139,270 124,520 110,660 64,640 55,320 46,820 –

* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for nomenclature.

‡ Multiply capacity by .83 when used with 50 Hz power.Maximum 35ºF Compressor SuperheatPublished capacities are with 20ºF compressor superheat. This provides a more accurate capacity at design conditions. Multiply by 1.05 to 1.07 for approximate capacities at 65ºF return gas temperature.

Capacity Data (BTUH) - Extended Medium Temp. R407F Bitzer - 60 Hz‡

Page 19: Replaces document KM-NG2-0117A II

Air Cooled Condensing Units19

Capacity Data (BTUH) - Extended Medium Temp. R448A, R449A Bitzer - 60 Hz‡

SUCTION TEMPERATURE

MODEL COMP. MODEL 40ºF 30ºF 25ºF 20ºF 0ºF -5ºF -10ºF -20ºF

90ºF AmbientK*BS03E4S** 2DES-3 50,900 41,140 36,780 32,750 19,670 17,090 14,750 10,030K*BS04E4S** 2CES-4 61,160 49,710 44,570 39,800 24,210 21,130 18,320 12,670K*BS05E4S** 4FES-5 66,620 54,180 48,570 43,360 26,330 22,950 19,880 13,710K*BS06E4S** 4EES-6 86,570 70,000 62,590 55,740 33,540 29,170 25,200 17,330K*BS07E4S** 4DES-7 100,220 81,200 72,690 64,790 39,100 33,990 29,380 20,110K*BS08E4S** 4CES-9 119,800 97,710 87,730 78,460 48,070 41,970 36,440 25,360K*BS10E4S** 4TES-12 147,680 120,370 107,990 96,450 58,520 50,940 44,050 30,860K*BS12E4S** 4PES-15 174,050 140,600 125,560 111,630 66,220 57,290 49,180 33,880K*BS15E4S** 4NES-20 201,180 164,020 147,100 131,390 79,820 69,570 60,240 41,040

95ºF AmbientK*BS03E4S** 2DES-3 48,960 39,490 35,260 31,340 18,680 16,190 13,940 10,070K*BS04E4S** 2CES-4 58,970 47,760 42,760 38,130 23,040 20,060 17,350 12,690K*BS05E4S** 4FES-5 64,200 52,000 46,560 41,500 25,010 21,760 18,790 13,710K*BS06E4S** 4EES-6 83,260 67,170 59,990 53,330 31,860 27,640 23,820 17,300K*BS07E4S** 4DES-7 96,500 77,910 69,640 61,980 37,110 32,190 27,750 20,130K*BS08E4S** 4CES-9 115,490 93,840 84,140 75,160 45,700 39,840 34,520 25,350K*BS10E4S** 4TES-12 141,880 115,180 103,220 92,080 55,490 48,180 41,560 30,200K*BS12E4S** 4PES-15 167,040 134,360 119,820 106,350 62,560 53,950 46,180 32,920K*BS15E4S** 4NES-20 193,380 157,100 140,730 125,520 75,710 65,850 56,920 41,590

100ºF AmbientK*BS03E4S** 2DES-3 – 37,840 33,740 29,940 17,700 15,300 13,130 9,410K*BS04E4S** 2CES-4 – 45,800 40,960 36,470 21,880 18,990 16,380 11,910K*BS05E4S** 4FES-5 – 49,830 44,540 39,650 23,700 20,570 17,710 12,840K*BS06E4S** 4EES-6 – 64,350 57,380 50,940 30,180 26,120 22,440 16,200K*BS07E4S** 4DES-7 – 74,620 66,600 59,180 35,130 30,400 26,130 18,820K*BS08E4S** 4CES-9 – 89,960 80,570 71,850 43,350 37,720 32,590 23,800K*BS10E4S** 4TES-12 – 110,010 98,470 87,700 52,460 45,450 39,090 28,250K*BS12E4S** 4PES-15 – 128,160 114,100 101,100 58,900 50,670 43,210 30,560K*BS15E4S** 4NES-20 – 150,190 134,390 119,680 71,660 62,190 53,610 38,950

110ºF AmbientK*BS03E4S** 2DES-3 – 34,530 30,690 27,130 15,720 13,490 11,470 8,060K*BS04E4S** 2CES-4 – 41,880 37,360 33,170 19,530 16,870 14,460 10,350K*BS05E4S** 4FES-5 – 45,490 40,550 35,960 21,110 18,210 15,590 11,120K*BS06E4S** 4EES-6 – 58,750 52,210 46,190 26,880 23,110 19,730 14,020K*BS07E4S** 4DES-7 – 68,040 60,550 53,610 31,210 26,850 22,920 16,240K*BS08E4S** 4CES-9 – 82,230 73,440 65,280 38,740 33,510 28,810 20,860K*BS10E4S** 4TES-12 – 99,710 88,980 79,020 46,480 40,040 34,240 24,340K*BS12E4S** 4PES-15 – 115,910 102,800 90,700 51,770 44,190 37,450 25,950K*BS15E4S** 4NES-20 – 136,420 121,770 108,100 63,690 54,980 47,150 33,770

* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for nomenclature.

‡ Multiply capacity by .83 when used with 50 Hz power.Maximum 35ºF Compressor SuperheatPublished capacities are with 20ºF compressor superheat. This provides a more accurate capacity at design conditions. Multiply by 1.05 to 1.07 for approximate capacities at 65ºF return gas temperature.

Page 20: Replaces document KM-NG2-0117A II

3 to 22 HP20

Capacity Data (BTUH) - Low Temp. R404A Discus - 60 Hz‡

SUCTION TEMPERATURE

MODEL COMP. MODEL 0ºF -5ºF -15ºF -20ºF -25ºF -30ºF -35ºF -40ºF

90ºF AmbientK*DS03L4S** 2DF3F16KE 31,700 28,270 21,920 19,000 16,300 13,810 11,500 9,370K*DS04L4S** 2DL3F20KE 37,990 33,810 26,240 22,850 19,700 16,790 14,130 11,700K*DS05L4S** 2DA3F23KE 42,260 37,800 29,710 26,070 22,670 19,490 16,530 13,760K*DS06L4S** 3DA3F28KE 53,930 47,920 37,200 32,460 28,110 24,140 20,530 17,270K*DS08L4S** 3DB3F33KE 62,620 55,750 43,500 38,090 33,090 28,470 24,220 20,280K*DS09L4S** 3DF3F40KE 75,180 67,070 52,460 45,940 39,930 34,410 29,360 24,750K*DS10L4S** 3DS3F46KE 82,210 73,870 58,610 51,710 45,270 39,300 33,750 28,620K*DS12L4S** 4DBNF54KE 91,500 81,890 64,860 57,250 50,050 43,160 36,380 29,630K*DS15L4S** 4DHNF63KE 106,030 95,470 76,500 67,910 59,790 52,050 44,570 37,240K*DS22L4S** 4DJNF76KE 129,720 117,150 94,130 83,500 73,310 63,490 53,910 44,470

95ºF AmbientK*DS03L4S** 2DF3F16KE 29,980 26,700 20,600 17,790 15,190 12,770 10,520 8,410K*DS04L4S** 2DL3F20KE 36,010 32,000 24,750 21,500 18,480 15,680 13,110 10,760K*DS05L4S** 2DA3F23KE 40,090 35,830 28,080 24,590 21,320 18,260 15,400 12,720K*DS06L4S** 3DA3F28KE 51,410 45,640 35,350 30,780 26,580 22,730 19,210 16,030K*DS08L4S** 3DB3F33KE 59,740 53,170 41,430 36,230 31,400 26,940 22,810 18,960K*DS09L4S** 3DF3F40KE 71,780 63,990 49,960 43,690 37,890 32,550 27,660 23,190K*DS10L4S** 3DS3F46KE 78,500 70,520 55,900 49,270 43,060 37,310 31,950 26,980K*DS12L4S** 4DBNF54KE 87,090 77,860 61,500 54,110 47,130 40,340 33,650 26,970K*DS15L4S** 4DHNF63KE 100,900 90,730 72,400 64,100 56,240 48,730 41,470 34,360K*DS22L4S** 4DJNF76KE 123,410 111,290 89,110 78,840 68,990 59,460 50,160 40,990

100ºF AmbientK*DS03L4S** 2DF3F16KE 28,260 25,150 19,330 16,640 14,120 11,760 9,550 7,450K*DS04L4S** 2DL3F20KE 34,020 30,200 23,260 20,150 17,260 14,570 12,090 9,830K*DS05L4S** 2DA3F23KE 37,920 33,840 26,450 23,110 19,980 17,040 14,270 11,670K*DS06L4S** 3DA3F28KE 48,890 43,360 33,480 29,080 25,020 21,290 17,870 14,760K*DS08L4S** 3DB3F33KE 56,870 50,590 39,350 34,350 29,700 25,380 21,360 17,610K*DS09L4S** 3DF3F40KE 68,360 60,920 47,470 41,450 35,850 30,700 25,960 21,630K*DS10L4S** 3DS3F46KE 74,720 67,090 53,100 46,730 40,790 35,230 30,060 25,240K*DS12L4S** 4DBNF54KE 82,650 73,830 58,080 50,930 44,120 37,470 30,890 24,280K*DS15L4S** 4DHNF63KE 95,870 86,100 68,450 60,420 52,820 45,550 38,520 31,610K*DS22L4S** 4DJNF76KE 117,160 105,540 84,160 74,230 64,680 55,430 46,390 37,450

110ºF AmbientK*DS03L4S** 2DF3F16KE 25,170 22,170 16,740 14,260 11,900 9,670 7,520 5,440K*DS04L4S** 2DL3F20KE 30,040 26,570 20,290 17,460 14,810 12,350 10,080 7,980K*DS05L4S** 2DA3F23KE 33,600 29,910 23,200 20,150 17,290 14,580 12,020 9,610K*DS06L4S** 3DA3F28KE 43,790 38,750 29,650 25,580 21,810 18,310 15,080 12,120K*DS08L4S** 3DB3F33KE 51,150 45,440 35,190 30,570 26,240 22,210 18,430 14,860K*DS09L4S** 3DF3F40KE 61,500 54,730 42,440 36,920 31,770 26,990 22,590 18,530K*DS10L4S** 3DS3F46KE 66,960 60,020 47,250 41,390 35,940 30,790 25,970 21,480K*DS12L4S** 4DBNF54KE 73,650 65,620 51,100 44,410 37,910 31,560 25,200 18,770K*DS15L4S** 4DHNF63KE 86,090 77,150 60,920 53,470 46,400 39,620 33,050 26,580K*DS22L4S** 4DJNF76KE 104,870 94,150 74,340 65,050 56,130 47,390 38,820 30,330

* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for nomenclature.

These condensing units include Demand Cooling™.‡ Multiply capacity by .83 when used with 50 Hz power.Published capacities are with 20ºF compressor superheat. This provides a more accurate capacity at design conditions. Multiply by 1.1 to 1.15 for approximate capacities at 65ºF return gas temperature.

Page 21: Replaces document KM-NG2-0117A II

Air Cooled Condensing Units21

Capacity Data (BTUH) - Low Temp. R407A Discus - 60 Hz‡

SUCTION TEMPERATURE

MODEL COMP. MODEL 0ºF -5ºF -15ºF -20ºF -25ºF -30ºF -35ºF -40ºF

90ºF AmbientK*DS03L4S** 2DF3F16KE 24,920 21,270 15,190 12,640 10,390 8,330 6,440 4,600K*DS04L4S** 2DL3F20KE 31,830 27,620 20,160 16,860 13,810 11,120 8,680 6,510K*DS05L4S** 2DA3F23KE 36,660 31,800 23,290 19,590 16,200 13,110 10,300 7,700K*DS06L4S** 3DA3F28KE 46,990 40,590 29,780 25,100 20,940 17,100 13,490 10,090K*DS08L4S** 3DB3F33KE 55,700 48,510 36,320 31,060 26,370 21,920 17,620 13,340K*DS09L4S** 3DF3F40KE 67,020 58,500 43,520 36,880 30,860 25,230 20,020 15,070K*DS10L4S** 3DS3F46KE 71,570 62,390 46,530 39,610 33,160 27,220 21,600 16,060K*DS12L4S** 4DBNF54KE 82,330 72,940 55,700 47,790 40,450 33,650 27,480 21,320K*DS15L4S** 4DHNF63KE 94,550 84,630 66,340 57,930 50,040 42,680 35,890 29,620K*DS22L4S** 4DJNF76KE 123,010 108,260 82,400 71,380 61,650 53,270 46,260 40,690

95ºF AmbientK*DS03L4S** 2DF3F16KE 23,710 20,160 14,270 11,810 9,650 7,660 5,830 4,030K*DS04L4S** 2DL3F20KE 30,290 26,250 19,010 15,780 12,910 10,300 7,970 5,910K*DS05L4S** 2DA3F23KE 34,820 30,170 21,920 18,370 15,110 12,170 9,500 7,140K*DS06L4S** 3DA3F28KE 44,790 38,600 28,060 23,550 19,470 15,720 12,170 8,810K*DS08L4S** 3DB3F33KE 53,210 46,150 34,190 29,050 24,420 19,990 15,840 11,630K*DS09L4S** 3DF3F40KE 64,130 55,740 41,010 34,510 28,630 23,150 18,150 13,400K*DS10L4S** 3DS3F46KE 68,360 59,390 43,890 37,150 30,870 25,100 19,660 14,300K*DS12L4S** 4DBNF54KE 78,650 69,500 52,780 45,090 37,940 31,280 25,220 19,140K*DS15L4S** 4DHNF63KE 90,080 80,990 63,290 55,170 47,480 40,340 33,710 27,590K*DS22L4S** 4DJNF76KE 116,760 103,560 78,430 67,830 58,500 50,500 43,880 38,690

100ºF AmbientK*DS03L4S** 2DF3F16KE 22,520 19,080 13,370 11,010 8,930 7,020 5,250 3,500K*DS04L4S** 2DL3F20KE 28,740 24,800 17,810 14,780 12,000 9,510 7,290 5,300K*DS05L4S** 2DA3F23KE 32,650 28,490 20,540 17,100 14,030 11,250 8,760 6,600K*DS06L4S** 3DA3F28KE 42,570 36,570 26,320 21,930 17,950 14,270 10,780 7,460K*DS08L4S** 3DB3F33KE 50,770 43,840 32,090 27,120 22,510 18,260 14,100 9,940K*DS09L4S** 3DF3F40KE 61,250 52,980 38,510 32,150 26,430 21,170 16,280 11,720K*DS10L4S** 3DS3F46KE 65,050 56,330 41,240 34,620 28,560 23,050 17,710 12,530K*DS12L4S** 4DBNF54KE 74,840 66,000 49,770 42,290 35,280 28,940 22,960 16,970K*DS15L4S** 4DHNF63KE 86,120 77,310 60,200 52,320 44,880 37,920 31,460 25,460K*DS22L4S** 4DJNF76KE 111,460 98,690 74,390 64,170 55,240 47,630 41,390 36,570

110ºF AmbientK*DS03L4S** 2DF3F16KE 20,330 16,990 11,650 9,480 7,560 5,800 4,150 2,500K*DS04L4S** 2DL3F20KE 25,590 21,940 15,510 12,740 10,220 7,980 6,020 4,100K*DS05L4S** 2DA3F23KE 29,170 24,980 17,750 14,690 11,920 9,460 7,310 5,450K*DS06L4S** 3DA3F28KE 38,110 32,510 22,850 18,670 14,890 11,360 7,970 4,710K*DS08L4S** 3DB3F33KE 46,110 39,430 28,090 23,220 18,810 14,650 10,580 6,490K*DS09L4S** 3DF3F40KE 55,580 47,570 33,630 27,560 22,110 17,200 12,660 8,480K*DS10L4S** 3DS3F46KE 58,390 50,130 35,840 29,650 24,070 18,920 13,990 9,220K*DS12L4S** 4DBNF54KE 67,060 58,770 43,470 36,410 29,950 23,740 18,060 12,290K*DS15L4S** 4DHNF63KE 78,050 69,870 53,900 46,520 39,530 32,920 26,760 21,010K*DS22L4S** 4DJNF76KE 100,770 88,800 66,100 56,600 48,420 41,580 36,040 31,900

* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for nomenclature.

These condensing units include Demand Cooling™.‡ Multiply capacity by .83 when used with 50 Hz power.Published capacities are with 20ºF compressor superheat. This provides a more accurate capacity at design conditions. Multiply by 1.1 to 1.15 for approximate capacities at 65ºF return gas temperature.

Page 22: Replaces document KM-NG2-0117A II

3 to 22 HP22

Capacity Data (BTUH) - Low Temp. R407C Discus - 60 Hz‡

SUCTION TEMPERATURE

MODEL COMP. MODEL 0ºF -5ºF -15ºF -20ºF -25ºF -30ºF -35ºF -40ºF

90ºF AmbientK*DS03L4S** 2DF3F16KE 22,790 19,520 14,040 11,710 9,650 7,750 5,990 4,280K*DS04L4S** 2DL3F20KE 29,110 25,360 18,640 15,630 12,820 10,330 8,070 6,050K*DS05L4S** 2DA3F23KE 33,520 29,200 21,540 18,160 15,040 12,180 9,570 7,150K*DS06L4S** 3DA3F28KE 43,600 37,730 27,450 22,900 18,860 15,190 11,860 8,900K*DS08L4S** 3DB3F33KE 51,750 45,130 33,470 28,330 23,750 19,500 15,560 11,880K*DS09L4S** 3DF3F40KE 60,780 53,780 40,200 33,770 27,850 22,380 17,560 13,350K*DS10L4S** 3DS3F46KE 64,030 56,400 42,280 35,790 29,650 24,030 18,860 14,030K*DS12L4S** 4DBNF54KE 77,010 67,410 50,450 42,930 36,080 29,810 24,130 18,450K*DS15L4S** 4DHNF63KE 88,400 78,210 60,110 52,050 44,630 37,790 31,520 25,710K*DS22L4S** 4DJNF76KE 105,060 91,560 69,810 61,010 53,140 45,900 38,910 31,830

95ºF AmbientK*DS03L4S** 2DF3F16KE 21,680 18,510 13,190 10,940 8,960 7,120 5,420 3,750K*DS04L4S** 2DL3F20KE 27,700 24,100 17,580 14,630 11,990 9,570 7,410 5,490K*DS05L4S** 2DA3F23KE 31,840 27,710 20,270 17,030 14,030 11,310 8,830 6,630K*DS06L4S** 3DA3F28KE 41,560 35,880 25,860 21,490 17,530 13,960 10,700 7,770K*DS08L4S** 3DB3F33KE 49,430 42,940 31,510 26,490 21,990 17,780 13,990 10,360K*DS09L4S** 3DF3F40KE 58,160 51,250 37,890 31,600 25,840 20,540 15,920 11,870K*DS10L4S** 3DS3F46KE 61,160 53,690 39,880 33,560 27,600 22,160 17,160 12,490K*DS12L4S** 4DBNF54KE 73,570 64,230 47,800 40,510 33,840 27,710 22,150 16,560K*DS15L4S** 4DHNF63KE 84,220 74,850 57,340 49,570 42,350 35,720 29,600 23,940K*DS22L4S** 4DJNF76KE 99,720 87,580 66,450 57,970 50,430 43,510 36,910 30,270

100ºF AmbientK*DS03L4S** 2DF3F16KE 20,700 17,640 12,480 10,300 8,360 6,550 4,850 3,170K*DS04L4S** 2DL3F20KE 26,410 22,930 16,620 13,830 11,220 8,860 6,720 4,800K*DS05L4S** 2DA3F23KE 30,000 26,340 19,170 16,000 13,120 10,470 8,070 5,970K*DS06L4S** 3DA3F28KE 39,680 34,150 24,360 20,080 16,210 12,700 9,500 6,600K*DS08L4S** 3DB3F33KE 47,300 40,900 29,630 24,760 20,270 16,210 12,410 8,820K*DS09L4S** 3DF3F40KE 56,000 49,020 35,680 29,480 23,860 18,800 14,350 10,570K*DS10L4S** 3DS3F46KE 58,690 51,300 37,670 31,430 25,670 20,490 15,650 11,220K*DS12L4S** 4DBNF54KE 70,310 61,190 45,110 37,970 31,400 25,530 20,030 14,530K*DS15L4S** 4DHNF63KE 80,900 71,700 54,580 46,960 39,920 33,410 27,430 21,860K*DS22L4S** 4DJNF76KE 95,670 84,060 63,740 55,530 48,180 41,380 34,810 28,110

110ºF AmbientK*DS03L4S** 2DF3F16KE 19,070 16,060 11,030 8,870 6,880 5,000 3,220 1,510K*DS04L4S** 2DL3F20KE 24,000 20,740 14,680 11,910 9,290 6,870 4,680 2,610K*DS05L4S** 2DA3F23KE 27,360 23,610 16,800 13,730 10,830 8,140 5,700 3,540K*DS06L4S** 3DA3F28KE 35,860 30,600 21,160 16,990 13,240 9,820 6,680 3,850K*DS08L4S** 3DB3F33KE 43,260 36,980 25,870 21,000 16,610 12,580 8,830 5,310K*DS09L4S** 3DF3F40KE 52,010 44,750 31,190 25,100 19,690 15,050 11,140 8,070K*DS10L4S** 3DS3F46KE 53,730 46,340 32,910 26,950 21,630 16,890 12,640 8,930K*DS12L4S** 4DBNF54KE 63,770 54,880 39,210 32,290 26,080 20,230 14,910 9,570K*DS15L4S** 4DHNF63KE 74,260 65,270 48,570 41,170 34,310 27,950 22,090 16,630K*DS22L4S** 4DJNF76KE 88,250 77,630 58,650 50,700 43,370 36,290 29,060 21,460

* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for nomenclature.

These condensing units include Demand Cooling™.‡ Multiply capacity by .83 when used with 50 Hz power.Published capacities are with 20ºF compressor superheat. This provides a more accurate capacity at design conditions. Multiply by 1.1 to 1.15 for approximate capacities at 65ºF return gas temperature.

Page 23: Replaces document KM-NG2-0117A II

Air Cooled Condensing Units23

Capacity Data (BTUH) - Low Temp. R407F Discus - 60 Hz‡

SUCTION TEMPERATURE

MODEL COMP. MODEL 0ºF -5ºF -15ºF -20ºF -25ºF -30ºF -35ºF -40ºF

90ºF AmbientK*DS03L4S** 2DF3F16KE 24,920 21,270 15,190 12,640 10,390 8,330 6,440 4,600K*DS04L4S** 2DL3F20KE 31,830 27,620 20,160 16,860 13,810 11,120 8,680 6,510K*DS05L4S** 2DA3F23KE 36,660 31,800 23,290 19,590 16,200 13,110 10,300 7,700K*DS06L4S** 3DA3F28KE 46,990 40,590 29,780 25,100 20,940 17,100 13,490 10,090K*DS08L4S** 3DB3F33KE 55,700 48,510 36,320 31,060 26,370 21,920 17,620 13,340K*DS09L4S** 3DF3F40KE 67,020 58,500 43,520 36,880 30,860 25,230 20,020 15,070K*DS10L4S** 3DS3F46KE 71,570 62,390 46,530 39,610 33,160 27,220 21,600 16,060K*DS12L4S** 4DBNF54KE 82,330 72,940 55,700 47,790 40,450 33,650 27,480 21,320K*DS15L4S** 4DHNF63KE 94,550 84,630 66,340 57,930 50,040 42,680 35,890 29,620K*DS22L4S** 4DJNF76KE 123,010 108,260 82,400 71,380 61,650 53,270 46,260 40,690

95ºF AmbientK*DS03L4S** 2DF3F16KE 23,710 20,160 14,270 11,810 9,650 7,660 5,830 4,030K*DS04L4S** 2DL3F20KE 30,290 26,250 19,010 15,780 12,910 10,300 7,970 5,910K*DS05L4S** 2DA3F23KE 34,820 30,170 21,920 18,370 15,110 12,170 9,500 7,140K*DS06L4S** 3DA3F28KE 44,790 38,600 28,060 23,550 19,470 15,720 12,170 8,810K*DS08L4S** 3DB3F33KE 53,210 46,150 34,190 29,050 24,420 19,990 15,840 11,630K*DS09L4S** 3DF3F40KE 64,130 55,740 41,010 34,510 28,630 23,150 18,150 13,400K*DS10L4S** 3DS3F46KE 68,360 59,390 43,890 37,150 30,870 25,100 19,660 14,300K*DS12L4S** 4DBNF54KE 78,650 69,500 52,780 45,090 37,940 31,280 25,220 19,140K*DS15L4S** 4DHNF63KE 90,080 80,990 63,290 55,170 47,480 40,340 33,710 27,590K*DS22L4S** 4DJNF76KE 116,760 103,560 78,430 67,830 58,500 50,500 43,880 38,690

100ºF AmbientK*DS03L4S** 2DF3F16KE 22,520 19,080 13,370 11,010 8,930 7,020 5,250 3,500K*DS04L4S** 2DL3F20KE 28,740 24,800 17,810 14,780 12,000 9,510 7,290 5,300K*DS05L4S** 2DA3F23KE 32,650 28,490 20,540 17,100 14,030 11,250 8,760 6,600K*DS06L4S** 3DA3F28KE 42,570 36,570 26,320 21,930 17,950 14,270 10,780 7,460K*DS08L4S** 3DB3F33KE 50,770 43,840 32,090 27,120 22,510 18,260 14,100 9,940K*DS09L4S** 3DF3F40KE 61,250 52,980 38,510 32,150 26,430 21,170 16,280 11,720K*DS10L4S** 3DS3F46KE 65,050 56,330 41,240 34,620 28,560 23,050 17,710 12,530K*DS12L4S** 4DBNF54KE 74,840 66,000 49,770 42,290 35,280 28,940 22,960 16,970K*DS15L4S** 4DHNF63KE 86,120 77,310 60,200 52,320 44,880 37,920 31,460 25,460K*DS22L4S** 4DJNF76KE 111,460 98,690 74,390 64,170 55,240 47,630 41,390 36,570

110ºF AmbientK*DS03L4S** 2DF3F16KE 20,330 16,990 11,650 9,480 7,560 5,800 4,150 2,500K*DS04L4S** 2DL3F20KE 25,590 21,940 15,510 12,740 10,220 7,980 6,020 4,100K*DS05L4S** 2DA3F23KE 29,170 24,980 17,750 14,690 11,920 9,460 7,310 5,450K*DS06L4S** 3DA3F28KE 38,110 32,510 22,850 18,670 14,890 11,360 7,970 4,710K*DS08L4S** 3DB3F33KE 46,110 39,430 28,090 23,220 18,810 14,650 10,580 6,490K*DS09L4S** 3DF3F40KE 55,580 47,570 33,630 27,560 22,110 17,200 12,660 8,480K*DS10L4S** 3DS3F46KE 58,390 50,130 35,840 29,650 24,070 18,920 13,990 9,220K*DS12L4S** 4DBNF54KE 67,060 58,770 43,470 36,410 29,950 23,740 18,060 12,290K*DS15L4S** 4DHNF63KE 78,050 69,870 53,900 46,520 39,530 32,920 26,760 21,010K*DS22L4S** 4DJNF76KE 100,770 88,800 66,100 56,600 48,420 41,580 36,040 31,900

* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for nomenclature.

These condensing units include Demand Cooling™.‡ Multiply capacity by .83 when used with 50 Hz power.Published capacities are with 20ºF compressor superheat. This provides a more accurate capacity at design conditions. Multiply by 1.1 to 1.15 for approximate capacities at 65ºF return gas temperature.

Page 24: Replaces document KM-NG2-0117A II

3 to 22 HP24

Capacity Data (BTUH) - Low Temp. R448A, R449A Discus - 60 Hz‡

SUCTION TEMPERATURE

MODEL COMP. MODEL 0ºF -5ºF -15ºF -20ºF -25ºF -30ºF -35ºF -40ºF

90ºF AmbientK*DS03L4S** 2DF3F16KE 25,790 22,040 15,770 13,140 10,840 8,760 6,880 5,070K*DS04L4S** 2DL3F20KE 32,980 28,630 20,920 17,530 14,410 11,700 9,300 7,210K*DS05L4S** 2DA3F23KE 37,890 32,880 24,180 20,410 16,940 13,760 10,840 8,090K*DS06L4S** 3DA3F28KE 48,750 42,170 30,890 26,030 21,810 18,050 14,720 11,810K*DS08L4S** 3DB3F33KE 57,610 50,230 37,690 32,300 27,530 23,070 18,840 14,700K*DS09L4S** 3DF3F40KE 69,330 60,590 45,170 38,350 32,220 26,550 21,390 16,600K*DS10L4S** 3DS3F46KE 74,040 64,620 48,300 41,190 34,620 28,640 23,080 17,690K*DS12L4S** 4DBNF54KE 85,190 75,550 57,810 49,700 42,230 35,420 29,370 23,470K*DS15L4S** 4DHNF63KE 97,340 87,210 68,900 60,480 52,440 44,680 37,110 29,560K*DS22L4S** 4DJNF76KE 126,050 110,970 85,690 74,910 64,920 55,410 46,000 36,340

95ºF AmbientK*DS03L4S** 2DF3F16KE 24,540 20,890 14,810 12,280 10,070 8,060 6,230 4,440K*DS04L4S** 2DL3F20KE 31,380 27,210 19,730 16,400 13,470 10,840 8,540 6,540K*DS05L4S** 2DA3F23KE 35,990 31,200 22,760 19,140 15,800 12,780 10,000 7,500K*DS06L4S** 3DA3F28KE 46,470 40,100 29,110 24,420 20,270 16,590 13,280 10,310K*DS08L4S** 3DB3F33KE 55,040 47,790 35,480 30,210 25,500 21,040 16,940 12,820K*DS09L4S** 3DF3F40KE 66,340 57,730 42,570 35,890 29,890 24,360 19,400 14,760K*DS10L4S** 3DS3F46KE 70,720 61,510 45,560 38,630 32,230 26,410 21,010 15,750K*DS12L4S** 4DBNF54KE 81,380 71,990 54,780 46,890 39,610 32,920 26,960 21,070K*DS15L4S** 4DHNF63KE 92,740 83,460 65,740 57,600 49,760 42,230 34,860 27,540K*DS22L4S** 4DJNF76KE 119,640 106,160 81,560 71,180 61,600 52,530 43,630 34,550

100ºF AmbientK*DS03L4S** 2DF3F16KE 23,350 19,810 13,890 11,450 9,320 7,380 5,610 3,870K*DS04L4S** 2DL3F20KE 29,830 25,750 18,510 15,380 12,530 10,010 7,810 5,870K*DS05L4S** 2DA3F23KE 33,800 29,510 21,350 17,820 14,660 11,770 9,150 6,830K*DS06L4S** 3DA3F28KE 44,260 38,060 27,330 22,770 18,720 15,120 11,870 8,920K*DS08L4S** 3DB3F33KE 52,610 45,470 33,330 28,220 23,510 19,220 15,080 10,990K*DS09L4S** 3DF3F40KE 63,480 54,970 40,010 33,450 27,590 22,270 17,400 12,940K*DS10L4S** 3DS3F46KE 67,420 58,440 42,850 36,020 29,820 24,250 18,930 13,840K*DS12L4S** 4DBNF54KE 77,590 68,480 51,700 44,000 36,840 30,460 24,550 18,720K*DS15L4S** 4DHNF63KE 88,810 79,800 62,580 54,610 46,920 39,450 32,100 24,750K*DS22L4S** 4DJNF76KE 114,350 101,320 77,410 67,250 57,840 48,850 39,970 30,850

110ºF AmbientK*DS03L4S** 2DF3F16KE 21,160 17,690 12,120 9,860 7,880 6,100 4,450 2,810K*DS04L4S** 2DL3F20KE 26,640 22,850 16,140 13,270 10,670 8,400 6,450 4,560K*DS05L4S** 2DA3F23KE 30,300 25,970 18,490 15,300 12,390 9,750 7,400 5,320K*DS06L4S** 3DA3F28KE 39,750 33,910 23,740 19,420 15,620 12,250 9,190 6,370K*DS08L4S** 3DB3F33KE 47,980 41,040 29,220 24,170 19,630 15,420 11,350 7,310K*DS09L4S** 3DF3F40KE 57,840 49,520 34,980 28,670 23,060 18,080 13,570 9,570K*DS10L4S** 3DS3F46KE 60,760 52,180 37,280 30,850 25,100 19,890 15,000 10,410K*DS12L4S** 4DBNF54KE 69,800 61,170 45,210 37,890 31,250 24,980 19,390 13,870K*DS15L4S** 4DHNF63KE 80,890 72,480 56,140 48,440 40,890 33,360 25,790 18,000K*DS22L4S** 4DJNF76KE 103,990 91,780 68,990 58,980 49,500 40,180 30,630 20,700

* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for nomenclature.

These condensing units include Demand Cooling™.‡ Multiply capacity by .83 when used with 50 Hz power.Published capacities are with 20ºF compressor superheat. This provides a more accurate capacity at design conditions. Multiply by 1.1 to 1.15 for approximate capacities at 65ºF return gas temperature.

Page 25: Replaces document KM-NG2-0117A II

Air Cooled Condensing Units25

Capacity Data (BTUH) - Low Temp. R404A Scroll - 60 Hz‡

SUCTION TEMPERATURE

MODEL COMP. MODEL 0ºF -5ºF -15ºF -20ºF -25ºF -30ºF -35ºF -40ºF

90ºF AmbientK*OS08L4S** ZF25K4E 41,280 37,170 29,800 26,530 23,530 20,780 18,280 16,030K*OS10L4S** ZF34K5E 56,240 50,670 40,640 36,130 31,910 28,000 24,360 20,960K*OS13L4S** ZF41K5E 68,360 61,810 50,000 44,670 39,700 35,070 30,730 26,660K*OS15L4S** ZF49K5E 81,350 73,550 59,360 52,980 47,050 41,590 36,550 31,920

95ºF AmbientK*OS08L4S** ZF25K4E 39,480 35,540 28,510 25,380 22,530 19,920 17,550 15,420K*OS10L4S** ZF34K5E 53,750 48,450 38,870 34,560 30,530 26,780 23,270 20,000K*OS13L4S** ZF41K5E 65,340 59,110 47,850 42,760 38,000 33,560 29,390 25,470K*OS15L4S** ZF49K5E 77,680 70,240 56,700 50,610 44,940 39,710 34,880 30,430

100ºF AmbientK*OS08L4S** ZF25K4E 37,640 33,900 27,190 24,230 21,520 19,060 16,830 14,830K*OS10L4S** ZF34K5E 51,210 46,170 37,060 32,960 29,100 25,510 22,150 19,010K*OS13L4S** ZF41K5E 62,270 56,360 45,640 40,790 36,250 32,000 28,000 24,230K*OS15L4S** ZF49K5E 73,920 66,850 53,970 48,160 42,760 37,770 33,150 28,900

110ºF AmbientK*OS08L4S** ZF25K4E 33,910 30,550 24,540 21,910 19,510 17,350 15,390 13,650K*OS10L4S** ZF34K5E 45,970 41,470 33,300 29,590 26,130 22,880 19,820 16,950K*OS13L4S** ZF41K5E 55,960 50,670 41,040 36,670 32,570 28,720 25,070 21,610K*OS15L4S** ZF49K5E 66,190 59,860 48,290 43,050 38,210 33,690 29,510 25,650

* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for complete nomenclature.

These condensing units include liquid injection.‡ Multiply capacity by .83 when used with 50 Hz power.Published capacities are with 20ºF compressor superheat. This provides a more accurate capacity at design conditions. Multiply by 1.1 to 1.15 for approximate capacities at 65ºF return gas temperature.

Next-Gen II Air Cooled Condensing Units can be used in combination with Kramer unit coolers to provide a complete refrigeration solution for walk-in coolers and freezers.

Page 26: Replaces document KM-NG2-0117A II

3 to 22 HP26

Capacity Data (BTUH) - Low Temp. R407A Scroll - 60 Hz‡

SUCTION TEMPERATURE

MODEL COMP. MODEL 0ºF -5ºF -15ºF -20ºF -25ºF -30ºF -35ºF -40ºF

90ºF AmbientK*OS08L4S** ZF25K4E 37,630 33,530 26,130 22,900 20,040 17,600 15,540 13,950K*OS10L4S** ZF34K5E 54,090 48,100 37,260 32,500 28,310 24,650 21,540 19,110K*OS13L4S** ZF41K5E 64,420 57,420 44,820 39,300 34,400 30,090 26,490 23,640K*OS15L4S** ZF49K5E 77,420 68,860 53,440 46,710 40,750 35,700 31,510 27,310

95ºF AmbientK*OS08L4S** ZF25K4E 36,420 32,430 25,230 22,110 19,330 16,940 14,970 13,470K*OS10L4S** ZF34K5E 52,370 46,510 35,940 31,310 27,220 23,670 20,670 18,340K*OS13L4S** ZF41K5E 62,370 55,540 43,240 37,860 33,080 28,940 25,440 22,670K*OS15L4S** ZF49K5E 74,900 66,530 51,480 44,930 39,130 34,230 30,180 26,120

100ºF AmbientK*OS08L4S** ZF25K4E 35,190 31,300 24,310 21,270 18,580 16,280 14,380 12,930K*OS10L4S** ZF34K5E 50,590 44,870 34,570 30,070 26,100 22,600 19,730 17,490K*OS13L4S** ZF41K5E 60,270 53,630 41,650 36,420 31,750 27,690 24,300 21,640K*OS15L4S** ZF49K5E 72,310 64,150 49,520 43,140 37,500 32,650 28,850 24,940

110ºF AmbientK*OS08L4S** ZF25K4E 32,640 28,970 22,400 19,550 17,030 14,880 13,130 11,800K*OS10L4S** ZF34K5E 46,890 41,460 31,700 27,450 23,720 20,460 17,760 15,700K*OS13L4S** ZF41K5E 55,870 49,570 38,210 33,250 28,840 25,100 21,830 19,330K*OS15L4S** ZF49K5E 66,870 59,130 45,250 39,200 33,910 29,490 25,630 21,760

See notes at bottom of page.

Capacity Data (BTUH) - Low Temp. R407C Scroll - 60 Hz‡

SUCTION TEMPERATURE

MODEL COMP. MODEL 0ºF -5ºF -15ºF -20ºF -25ºF -30ºF -35ºF -40ºF

90ºF AmbientK*OS08L4S** ZF25K4E 35,070 31,280 24,330 21,270 18,560 16,260 14,360 12,940K*OS10L4S** ZF34K5E 50,870 45,280 35,020 30,470 26,460 22,990 20,090 17,900K*OS13L4S** ZF41K5E 59,480 53,070 41,350 36,170 31,570 27,550 24,250 21,740K*OS15L4S** ZF49K5E 72,480 64,530 49,990 43,580 37,910 33,140 29,250 25,460

95ºF AmbientK*OS08L4S** ZF25K4E 34,020 30,320 23,540 20,570 17,930 15,680 13,870 12,540K*OS10L4S** ZF34K5E 49,380 43,890 33,840 29,410 25,490 22,120 19,320 17,240K*OS13L4S** ZF41K5E 57,730 51,450 39,970 34,910 30,410 26,550 23,350 20,920K*OS15L4S** ZF49K5E 70,290 62,480 48,240 42,000 36,470 31,840 28,080 24,440

100ºF AmbientK*OS08L4S** ZF25K4E 32,960 29,330 22,720 19,830 17,270 15,110 13,360 12,090K*OS10L4S** ZF34K5E 47,820 42,440 32,620 28,290 24,490 21,160 18,500 16,500K*OS13L4S** ZF41K5E 55,930 49,800 38,580 33,640 29,240 25,460 22,360 20,040K*OS15L4S** ZF49K5E 68,030 60,390 46,500 40,400 35,020 30,430 26,920 23,420

110ºF AmbientK*OS08L4S** ZF25K4E 30,740 27,280 21,030 18,300 15,890 13,870 12,260 11,110K*OS10L4S** ZF34K5E 44,570 39,410 30,030 25,930 22,340 19,240 16,740 14,930K*OS13L4S** ZF41K5E 52,130 46,260 35,540 30,830 26,670 23,170 20,200 18,050K*OS15L4S** ZF49K5E 63,260 55,950 42,670 36,850 31,790 27,600 24,040 20,590

* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for nomenclature.These condensing units include liquid injection.‡ Multiply capacity by .83 when used with 50 Hz power.

Published capacities are with 20ºF compressor superheat. This provides a more accurate capacity at design conditions. Multiply by 1.1 to 1.15 for approximate capacities at 65ºF return gas temperature.

Page 27: Replaces document KM-NG2-0117A II

Air Cooled Condensing Units27

Capacity Data (BTUH) - Low Temp. R407F Scroll - 60 Hz‡

SUCTION TEMPERATURE

MODEL COMP. MODEL 0ºF -5ºF -15ºF -20ºF -25ºF -30ºF -35ºF -40ºF

90ºF AmbientK*OS08L4S** ZF25K4E 37,630 33,530 26,130 22,900 20,040 17,600 15,540 13,950K*OS10L4S** ZF34K5E 54,090 48,100 37,260 32,500 28,310 24,650 21,540 19,110K*OS13L4S** ZF41K5E 64,420 57,420 44,820 39,300 34,400 30,090 26,490 23,640K*OS15L4S** ZF49K5E 77,420 68,860 53,440 46,710 40,750 35,700 31,510 27,310

95ºF AmbientK*OS08L4S** ZF25K4E 36,420 32,430 25,230 22,110 19,330 16,940 14,970 13,470K*OS10L4S** ZF34K5E 52,370 46,510 35,940 31,310 27,220 23,670 20,670 18,340K*OS13L4S** ZF41K5E 62,370 55,540 43,240 37,860 33,080 28,940 25,440 22,670K*OS15L4S** ZF49K5E 74,900 66,530 51,480 44,930 39,130 34,230 30,180 26,120

100ºF AmbientK*OS08L4S** ZF25K4E 35,190 31,300 24,310 21,270 18,580 16,280 14,380 12,930K*OS10L4S** ZF34K5E 50,590 44,870 34,570 30,070 26,100 22,600 19,730 17,490K*OS13L4S** ZF41K5E 60,270 53,630 41,650 36,420 31,750 27,690 24,300 21,640K*OS15L4S** ZF49K5E 72,310 64,150 49,520 43,140 37,500 32,650 28,850 24,940

110ºF AmbientK*OS08L4S** ZF25K4E 32,640 28,970 22,400 19,550 17,030 14,880 13,130 11,800K*OS10L4S** ZF34K5E 46,890 41,460 31,700 27,450 23,720 20,460 17,760 15,700K*OS13L4S** ZF41K5E 55,870 49,570 38,210 33,250 28,840 25,100 21,830 19,330K*OS15L4S** ZF49K5E 66,870 59,130 45,250 39,200 33,910 29,490 25,630 21,760

See notes at bottom of page.

Capacity Data (BTUH) - Low Temp. R448A, R449A Scroll - 60 Hz‡

SUCTION TEMPERATURE

MODEL COMP. MODEL 0ºF -5ºF -15ºF -20ºF -25ºF -30ºF -35ºF -40ºF

90ºF AmbientK*OS08L4S** ZF25K4E 40,250 35,750 27,840 24,430 21,390 18,740 16,410 14,450K*OS10L4S** ZF34K5E 52,970 47,210 37,010 32,500 28,420 24,660 21,150 17,970K*OS13L4S** ZF41K5E 64,880 57,960 45,780 40,410 35,510 30,940 26,740 22,860K*OS15L4S** ZF49K5E 77,910 69,460 54,530 47,980 42,010 36,660 31,770 26,390

95ºF AmbientK*OS08L4S** ZF25K4E 38,790 34,440 26,820 23,580 20,690 18,160 16,000 14,210K*OS10L4S** ZF34K5E 51,230 45,620 35,730 31,380 27,430 23,800 20,440 17,390K*OS13L4S** ZF41K5E 62,750 56,020 44,210 39,020 34,270 29,920 25,870 22,110K*OS15L4S** ZF49K5E 75,300 67,060 52,580 46,250 40,490 35,340 30,640 25,460

100ºF AmbientK*OS08L4S** ZF25K4E 37,290 33,090 25,810 22,720 20,000 17,650 15,650 14,020K*OS10L4S** ZF34K5E 49,390 43,950 34,410 30,220 26,440 22,910 19,730 16,820K*OS13L4S** ZF41K5E 60,510 54,020 42,630 37,650 33,070 28,860 24,980 21,410K*OS15L4S** ZF49K5E 72,540 64,570 50,630 44,540 39,010 33,980 29,610 24,650

110ºF AmbientK*OS08L4S** ZF25K4E 34,190 30,370 23,850 21,150 18,800 16,810 15,190 13,910K*OS10L4S** ZF34K5E 45,490 40,460 31,690 27,890 24,480 21,330 18,460 15,880K*OS13L4S** ZF41K5E 55,740 49,750 39,300 34,750 30,610 26,910 23,330 20,120K*OS15L4S** ZF49K5E 66,670 59,300 46,490 40,920 35,950 31,580 27,370 22,630

* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for nomenclature.These condensing units include liquid injection.‡ Multiply capacity by .83 when used with 50 Hz power.

Published capacities are with 20ºF compressor superheat. This provides a more accurate capacity at design conditions. Multiply by 1.1 to 1.15 for approximate capacities at 65ºF return gas temperature.

MODEL COMP. MODEL 0ºF -5ºF -15ºF -20ºF -25ºF -30ºF -35ºF -40ºF

90ºF AmbientK*OS08L4S** ZF25K4E 35,070 31,280 24,330 21,270 18,560 16,260 14,360 12,940K*OS10L4S** ZF34K5E 50,870 45,280 35,020 30,470 26,460 22,990 20,090 17,900K*OS13L4S** ZF41K5E 59,480 53,070 41,350 36,170 31,570 27,550 24,250 21,740K*OS15L4S** ZF49K5E 72,480 64,530 49,990 43,580 37,910 33,140 29,250 25,460

95ºF AmbientK*OS08L4S** ZF25K4E 34,020 30,320 23,540 20,570 17,930 15,680 13,870 12,540K*OS10L4S** ZF34K5E 49,380 43,890 33,840 29,410 25,490 22,120 19,320 17,240K*OS13L4S** ZF41K5E 57,730 51,450 39,970 34,910 30,410 26,550 23,350 20,920K*OS15L4S** ZF49K5E 70,290 62,480 48,240 42,000 36,470 31,840 28,080 24,440

100ºF AmbientK*OS08L4S** ZF25K4E 32,960 29,330 22,720 19,830 17,270 15,110 13,360 12,090K*OS10L4S** ZF34K5E 47,820 42,440 32,620 28,290 24,490 21,160 18,500 16,500K*OS13L4S** ZF41K5E 55,930 49,800 38,580 33,640 29,240 25,460 22,360 20,040K*OS15L4S** ZF49K5E 68,030 60,390 46,500 40,400 35,020 30,430 26,920 23,420

110ºF AmbientK*OS08L4S** ZF25K4E 30,740 27,280 21,030 18,300 15,890 13,870 12,260 11,110K*OS10L4S** ZF34K5E 44,570 39,410 30,030 25,930 22,340 19,240 16,740 14,930K*OS13L4S** ZF41K5E 52,130 46,260 35,540 30,830 26,670 23,170 20,200 18,050K*OS15L4S** ZF49K5E 63,260 55,950 42,670 36,850 31,790 27,600 24,040 20,590

* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for nomenclature.These condensing units include liquid injection.‡ Multiply capacity by .83 when used with 50 Hz power.

Published capacities are with 20ºF compressor superheat. This provides a more accurate capacity at design conditions. Multiply by 1.1 to 1.15 for approximate capacities at 65ºF return gas temperature.

Page 28: Replaces document KM-NG2-0117A II

3 to 22 HP28

Capacity Data (BTUH) - Low Temp. R404A Bitzer - 60 Hz‡

SUCTION TEMPERATURE

MODEL COMP. MODEL 0ºF -5ºF -15ºF -20ºF -25ºF -30ºF -35ºF -40ºF

90ºF AmbientK*BS03L4S** 4FES-3 27,270 24,260 18,860 16,480 14,310 12,330 10,530 8,880K*BS04L4S** 4EES-4 35,440 31,410 24,270 21,130 18,260 15,660 13,310 11,200K*BS05L4S** 4DES-5 41,160 36,570 28,380 24,780 21,470 18,460 15,710 13,230K*BS06L4S** 4CES-6 47,860 42,570 33,090 28,910 25,060 21,530 18,310 15,370K*BS08L4S** 4TES-9 64,310 56,650 43,200 37,340 32,010 27,180 22,830 18,910K*BS09L4S** 4PES-12 71,120 62,540 47,430 40,820 34,820 29,370 24,460 20,020K*BS10L4S** 4NES-14 83,070 73,530 56,590 49,120 42,260 36,030 30,370 25,260K*BS12L4S** 4JE-15 94,760 84,390 65,720 57,400 49,700 42,570 36,040 30,060K*BS15L4S** 4HE-18 109,910 98,330 77,350 67,930 59,170 51,070 43,580 36,660K*BS22L4S** 4GE-23 132,420 118,370 93,020 81,690 71,200 61,560 52,690 44,510

95ºF AmbientK*BS03L4S** 4FES-3 25,710 22,880 17,750 15,520 13,450 11,570 9,850 8,280K*BS04L4S** 4EES-4 33,480 29,630 22,830 19,840 17,120 14,650 12,420 10,420K*BS05L4S** 4DES-5 38,880 34,500 26,690 23,260 20,110 17,250 14,650 12,300K*BS06L4S** 4CES-6 45,190 40,120 31,070 27,070 23,410 20,060 17,010 14,240K*BS08L4S** 4TES-9 60,640 53,320 40,460 34,880 29,810 25,230 21,090 17,400K*BS09L4S** 4PES-12 66,870 58,650 44,230 37,940 32,240 27,070 22,430 18,250K*BS10L4S** 4NES-14 78,230 69,110 52,950 45,830 39,310 33,400 28,040 23,210K*BS12L4S** 4JE-15 89,480 79,550 61,720 53,730 46,370 39,590 33,380 27,710K*BS15L4S** 4HE-18 103,830 92,810 72,750 63,750 55,400 47,690 40,570 34,010K*BS22L4S** 4GE-23 125,330 111,950 87,710 76,890 66,890 57,710 49,270 41,550

100ºF AmbientK*BS03L4S** 4FES-3 24,190 21,570 16,680 14,540 12,580 10,800 9,170 7,680K*BS04L4S** 4EES-4 31,510 27,850 21,390 18,550 15,970 13,640 11,530 9,640K*BS05L4S** 4DES-5 36,610 32,420 25,000 21,750 18,770 16,060 13,600 11,390K*BS06L4S** 4CES-6 42,540 37,700 29,060 25,270 21,790 18,610 15,730 13,120K*BS08L4S** 4TES-9 57,010 50,000 37,750 32,430 27,630 23,300 19,410 15,920K*BS09L4S** 4PES-12 62,630 54,800 41,080 35,090 29,690 24,820 20,440 16,530K*BS10L4S** 4NES-14 73,410 64,750 49,320 42,570 36,380 30,780 25,740 21,190K*BS12L4S** 4JE-15 84,280 74,720 57,700 50,120 43,090 36,640 30,770 25,400K*BS15L4S** 4HE-18 97,820 87,310 68,180 59,600 51,660 44,340 37,600 31,400K*BS22L4S** 4GE-23 118,330 105,540 82,430 72,110 62,620 53,900 45,910 38,610

110ºF AmbientK*BS03L4S** 4FES-3 21,370 18,850 14,480 12,580 10,840 9,260 7,810 6,470K*BS04L4S** 4EES-4 27,570 24,280 18,510 15,980 13,690 11,620 9,750 8,090K*BS05L4S** 4DES-5 32,080 28,300 21,650 18,740 16,100 13,690 11,520 9,580K*BS06L4S** 4CES-6 37,290 32,890 25,130 21,720 18,610 15,800 13,250 10,960K*BS08L4S** 4TES-9 49,870 43,490 32,440 27,680 23,390 19,550 16,110 13,060K*BS09L4S** 4PES-12 54,330 47,220 34,890 29,560 24,750 20,460 16,620 13,210K*BS10L4S** 4NES-14 63,850 56,050 42,180 36,140 30,640 25,690 21,240 17,270K*BS12L4S** 4JE-15 73,850 65,260 49,840 42,960 36,670 30,910 25,670 20,930K*BS15L4S** 4HE-18 85,880 76,400 59,170 51,430 44,320 37,790 31,810 26,340K*BS22L4S** 4GE-23 104,370 92,810 71,940 62,670 54,170 46,400 39,320 32,880

* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for nomenclature.

These condensing units include liquid injection.‡ Multiply capacity by .83 when used with 50 Hz power.Published capacities are with 20ºF compressor superheat. This provides a more accurate capacity at design conditions. Multiply by 1.1 to 1.15 for approximate capacities at 65ºF return gas temperature.

Page 29: Replaces document KM-NG2-0117A II

Air Cooled Condensing Units29

Capacity Data (BTUH) - Low Temp. R407A Bitzer - 60 Hz‡

SUCTION TEMPERATURE

MODEL COMP. MODEL 0ºF -5ºF -15ºF -20ºF -25ºF -30ºF -35ºF -40ºF

90ºF AmbientK*BS03L4S** 4FES-3 23,790 20,700 15,390 13,060 10,980 9,160 7,520 5,980K*BS04L4S** 4EES-4 30,260 26,240 19,350 16,420 13,740 11,390 9,260 7,140K*BS05L4S** 4DES-5 34,860 30,250 22,350 18,910 15,860 13,120 10,660 8,450K*BS06L4S** 4CES-6 42,420 37,040 27,680 23,650 19,990 16,720 13,770 11,120K*BS08L4S** 4TES-9 55,870 48,460 35,570 30,020 25,100 20,570 16,480 12,760K*BS09L4S** 4PES-12 61,450 53,100 38,520 32,300 26,630 21,510 16,900 12,690K*BS10L4S** 4NES-14 72,420 62,960 46,390 39,150 32,710 26,840 21,470 16,110K*BS12L4S** 4JE-15 82,330 72,940 55,700 47,790 40,450 33,650 27,480 21,320K*BS15L4S** 4HE-18 94,550 84,630 66,340 57,930 50,040 42,680 35,890 29,620K*BS22L4S** 4GE-23 123,010 108,260 82,400 71,380 61,650 53,270 46,260 40,690

95ºF AmbientK*BS03L4S** 4FES-3 22,680 19,620 14,560 12,250 10,260 8,520 6,960 5,480K*BS04L4S** 4EES-4 28,690 24,830 18,210 15,360 12,840 10,560 8,520 6,590K*BS05L4S** 4DES-5 33,030 28,600 20,950 17,710 14,760 12,160 9,820 7,730K*BS06L4S** 4CES-6 40,300 35,110 26,100 22,210 18,750 15,590 12,740 10,260K*BS08L4S** 4TES-9 52,970 45,820 33,420 28,100 23,400 19,050 15,140 11,590K*BS09L4S** 4PES-12 58,060 50,000 35,980 30,020 24,610 19,730 15,310 11,300K*BS10L4S** 4NES-14 68,640 59,470 43,530 36,590 30,430 24,820 19,750 14,670K*BS12L4S** 4JE-15 78,650 69,500 52,780 45,090 37,940 31,280 25,220 19,140K*BS15L4S** 4HE-18 90,080 80,990 63,290 55,170 47,480 40,340 33,710 27,590K*BS22L4S** 4GE-23 116,760 103,560 78,430 67,830 58,500 50,500 43,880 38,690

100ºF AmbientK*BS03L4S** 4FES-3 21,510 18,610 13,600 11,460 9,550 7,890 6,390 – K*BS04L4S** 4EES-4 27,150 23,410 17,070 14,340 11,890 9,760 7,840 – K*BS05L4S** 4DES-5 31,190 26,990 19,610 16,520 13,680 11,210 8,980 – K*BS06L4S** 4CES-6 38,200 33,190 24,530 20,810 17,500 14,480 11,800 – K*BS08L4S** 4TES-9 50,050 43,190 31,300 26,190 21,700 17,590 13,820 10,430K*BS09L4S** 4PES-12 54,670 46,920 33,470 27,780 22,620 17,990 13,760 9,940K*BS10L4S** 4NES-14 64,820 56,010 40,700 34,050 28,170 22,840 18,020 13,210K*BS12L4S** 4JE-15 74,840 66,000 49,770 42,290 35,280 28,940 22,960 16,970K*BS15L4S** 4HE-18 86,120 77,310 60,200 52,320 44,880 37,920 31,460 25,460K*BS22L4S** 4GE-23 111,460 98,690 74,390 64,170 55,240 47,630 41,390 36,570

110ºF AmbientK*BS03L4S** 4FES-3 19,240 16,480 11,860 9,900 8,170 – – – K*BS04L4S** 4EES-4 24,080 20,660 14,780 12,330 10,130 – – – K*BS05L4S** 4DES-5 27,700 23,760 16,990 14,130 11,620 – – – K*BS06L4S** 4CES-6 34,020 29,470 21,460 18,050 14,990 – – – K*BS08L4S** 4TES-9 44,340 38,030 27,120 22,540 18,410 14,670 11,300 8,250K*BS09L4S** 4PES-12 47,980 40,850 28,550 23,390 18,730 14,500 10,750 7,340K*BS10L4S** 4NES-14 57,300 49,170 35,130 29,090 23,750 18,960 14,620 10,280K*BS12L4S** 4JE-15 67,060 58,770 43,470 36,410 29,950 23,740 18,060 12,290K*BS15L4S** 4HE-18 78,050 69,870 53,900 46,520 39,530 32,920 26,760 21,010K*BS22L4S** 4GE-23 100,770 88,800 66,100 56,600 48,420 41,580 36,040 31,900

* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for nomenclature.

These condensing units include liquid injection.‡ Multiply capacity by .83 when used with 50 Hz power.Published capacities are with 20ºF compressor superheat. This provides a more accurate capacity at design conditions. Multiply by 1.1 to 1.15 for approximate capacities at 65ºF return gas temperature.

Page 30: Replaces document KM-NG2-0117A II

3 to 22 HP30

Capacity Data (BTUH) - Low Temp. R407F Bitzer - 60 Hz‡

SUCTION TEMPERATURE

MODEL COMP. MODEL 0ºF -5ºF -15ºF -20ºF -25ºF -30ºF -35ºF -40ºF

90ºF AmbientK*BS03L4S** 4FES-3 24,890 21,620 16,000 13,540 11,340 9,420 7,690 6,070K*BS04L4S** 4EES-4 32,280 28,020 20,700 17,590 14,740 12,250 9,990 7,740K*BS05L4S** 4DES-5 37,200 32,310 23,920 20,270 17,030 14,120 11,510 9,160K*BS06L4S** 4CES-6 45,220 39,520 29,580 25,300 21,410 17,940 14,810 12,000K*BS08L4S** 4TES-9 58,740 50,950 37,340 31,440 26,190 21,330 16,920 12,870K*BS09L4S** 4PES-12 64,980 56,170 40,710 34,080 28,000 22,480 17,480 12,880K*BS10L4S** 4NES-14 76,880 66,860 49,230 41,480 34,550 28,200 22,350 16,510K*BS12L4S** 4JE-15 89,420 79,400 61,100 52,770 45,090 38,060 31,810 25,670K*BS15L4S** 4HE-18 102,860 92,270 72,840 63,990 55,760 48,200 41,380 35,350K*BS22L4S** 4GE-23 132,580 116,660 88,860 77,100 66,790 58,030 50,890 45,530

95ºF AmbientK*BS03L4S** 4FES-3 23,740 20,500 15,130 12,690 10,580 8,740 7,090 5,540K*BS04L4S** 4EES-4 30,680 26,580 19,530 16,490 13,810 11,380 9,220 7,160K*BS05L4S** 4DES-5 35,340 30,620 22,480 19,030 15,890 13,120 10,630 8,410K*BS06L4S** 4CES-6 43,070 37,550 27,960 23,810 20,130 16,770 13,740 11,100K*BS08L4S** 4TES-9 55,750 48,220 35,060 29,370 24,310 19,580 15,300 11,360K*BS09L4S** 4PES-12 61,470 52,940 38,020 31,610 25,760 20,440 15,560 12,090K*BS10L4S** 4NES-14 72,960 63,230 46,190 38,710 32,020 25,870 20,250 14,610K*BS12L4S** 4JE-15 85,780 76,000 58,180 50,020 42,480 35,510 29,270 23,080K*BS15L4S** 4HE-18 98,380 88,670 69,800 61,210 53,120 45,700 38,940 32,920K*BS22L4S** 4GE-23 126,160 111,880 84,760 73,380 63,420 54,950 48,080 42,950

100ºF AmbientK*BS03L4S** 4FES-3 22,540 19,450 14,130 11,860 9,830 8,070 6,490 5,020K*BS04L4S** 4EES-4 29,110 25,120 18,350 15,440 12,820 10,550 8,510 6,580K*BS05L4S** 4DES-5 33,460 28,980 21,100 17,800 14,760 12,130 9,750 7,670K*BS06L4S** 4CES-6 40,930 35,590 26,340 22,370 18,830 15,610 12,750 10,230K*BS08L4S** 4TES-9 52,730 45,480 32,810 27,300 22,410 17,880 13,680 9,840K*BS09L4S** 4PES-12 57,950 49,730 35,340 29,180 23,540 18,410 14,260 10,230K*BS10L4S** 4NES-14 68,990 59,620 43,170 35,940 29,480 23,550 18,110 12,670K*BS12L4S** 4JE-15 81,960 72,490 55,140 47,150 39,690 32,990 26,720 20,480K*BS15L4S** 4HE-18 94,420 84,990 66,700 58,300 50,420 43,100 36,400 30,370K*BS22L4S** 4GE-23 120,700 106,860 80,550 69,510 59,900 51,750 45,160 40,220

110ºF AmbientK*BS03L4S** 4FES-3 20,180 17,240 12,300 10,220 8,380 6,770 – – K*BS04L4S** 4EES-4 25,970 22,300 15,980 13,350 10,990 8,900 – – K*BS05L4S** 4DES-5 29,890 25,660 18,380 15,310 12,610 10,190 – – K*BS06L4S** 4CES-6 36,660 31,770 23,170 19,500 16,210 13,330 – – K*BS08L4S** 4TES-9 46,810 40,100 28,320 23,280 18,670 14,420 10,500 6,880K*BS09L4S** 4PES-12 50,980 43,370 30,050 24,350 19,120 14,290 11,200 7,060K*BS10L4S** 4NES-14 61,150 52,440 37,160 30,460 24,440 18,920 13,810 8,690K*BS12L4S** 4JE-15 74,010 65,120 48,640 41,000 34,010 27,280 21,120 14,840K*BS15L4S** 4HE-18 86,180 77,420 60,250 52,290 44,760 37,650 31,050 24,990K*BS22L4S** 4GE-23 109,480 96,490 71,770 61,390 52,440 44,940 38,840 34,240

* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for nomenclature.

These condensing units include liquid injection.

‡ Multiply capacity by .83 when used with 50 Hz power.

Low Temperature Bitzer compressors are not available for use with R407C.

Published capacities are with 20ºF compressor superheat. This provides a more accurate capacity at design conditions. Multiply by 1.1 to 1.15 for approximate capacities at 65ºF return gas temperature.

Page 31: Replaces document KM-NG2-0117A II

Air Cooled Condensing Units31

Capacity Data (BTUH) - Low Temp. R448A, R449A Bitzer - 60 Hz‡

SUCTION TEMPERATURE

MODEL COMP. MODEL 0ºF -5ºF -15ºF -20ºF -25ºF -30ºF -35ºF -40ºF

90ºF AmbientK*BS03L4S** 4FES-3 24,310 21,190 15,810 13,440 11,330 9,470 7,800 – K*BS04L4S** 4EES-4 31,540 27,460 20,460 17,480 14,740 12,330 10,150 – K*BS05L4S** 4DES-5 36,360 31,680 23,660 20,150 17,030 14,230 11,700 – K*BS06L4S** 4CES-6 44,140 38,700 29,190 25,090 21,350 18,000 14,970 – K*BS08L4S** 4TES-9 57,600 50,080 37,050 31,460 26,530 22,000 17,940 – K*BS09L4S** 4PES-12 63,470 55,000 40,280 34,040 28,380 23,290 18,750 – K*BS10L4S** 4NES-14 75,410 65,810 49,040 41,750 35,300 29,440 24,100 – K*BS12L4S** 4JE-15 89,450 80,110 63,000 55,200 48,020 41,490 35,780 – K*BS15L4S** 4HE-18 101,710 91,940 74,020 65,870 58,320 51,440 45,370 – K*BS22L4S** 4GE-23 130,440 115,700 89,950 79,100 69,670 61,820 55,720 –

95ºF AmbientK*BS03L4S** 4FES-3 23,160 20,060 14,940 12,590 10,570 8,790 7,200 – K*BS04L4S** 4EES-4 29,930 26,020 19,290 16,380 13,800 11,460 9,370 – K*BS05L4S** 4DES-5 34,490 29,990 22,210 18,910 15,890 13,220 10,820 – K*BS06L4S** 4CES-6 41,970 36,710 27,560 23,590 20,050 16,810 13,890 – K*BS08L4S** 4TES-9 54,620 47,370 34,830 29,480 24,760 20,410 16,510 – K*BS09L4S** 4PES-12 59,970 51,800 37,650 31,670 26,270 21,420 17,050 – K*BS10L4S** 4NES-14 71,530 62,220 46,080 39,080 32,890 27,270 22,220 – K*BS12L4S** 4JE-15 85,880 76,740 60,090 52,450 45,400 38,920 33,210 – K*BS15L4S** 4HE-18 97,290 88,380 71,020 63,130 55,730 49,010 43,030 – K*BS22L4S** 4GE-23 124,110 110,990 85,950 75,500 66,440 58,930 53,190 –

100ºF AmbientK*BS03L4S** 4FES-3 21,510 18,610 13,600 11,460 9,550 7,890 6,390 – K*BS04L4S** 4EES-4 27,150 23,410 17,070 14,340 11,890 9,760 7,840 – K*BS05L4S** 4DES-5 31,190 26,990 19,610 16,520 13,680 11,210 8,980 – K*BS06L4S** 4CES-6 38,200 33,190 24,530 20,810 17,500 14,480 11,800 – K*BS08L4S** 4TES-9 50,050 43,190 31,300 26,190 21,700 17,590 13,820 – K*BS09L4S** 4PES-12 54,670 46,920 33,470 27,780 22,620 17,990 13,950 – K*BS10L4S** 4NES-14 64,820 56,010 40,700 34,050 28,170 22,840 18,020 – K*BS12L4S** 4JE-15 74,840 66,000 49,770 42,290 35,280 28,940 22,960 – K*BS15L4S** 4HE-18 86,120 77,310 60,200 52,320 44,880 37,920 31,460 – K*BS22L4S** 4GE-23 111,460 98,690 74,390 64,170 55,240 47,630 41,390 –

110ºF AmbientK*BS03L4S** 4FES-3 19,580 16,790 12,110 10,120 8,360 6,820 – – K*BS04L4S** 4EES-4 25,210 21,740 15,740 13,230 10,980 8,970 – – K*BS05L4S** 4DES-5 29,030 25,020 18,120 15,190 12,610 10,290 – – K*BS06L4S** 4CES-6 35,520 30,910 22,740 19,250 16,120 13,350 – – K*BS08L4S** 4TES-9 45,740 39,350 28,310 23,680 19,500 15,720 – – K*BS09L4S** 4PES-12 49,470 42,270 29,890 24,720 20,060 15,850 – – K*BS10L4S** 4NES-14 59,600 51,350 37,140 31,030 25,640 20,820 – – K*BS12L4S** 4JE-15 74,240 65,900 50,410 43,220 36,650 30,310 – – K*BS15L4S** 4HE-18 85,140 77,140 61,410 54,160 47,320 40,930 – – K*BS22L4S** 4GE-23 107,520 95,690 73,080 63,670 55,690 49,240 – –

* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for nomenclature.

These condensing units include liquid injection.

‡ Multiply capacity by .83 when used with 50 Hz power.

Published capacities are with 20ºF compressor superheat. This provides a more accurate capacity at design conditions. Multiply by 1.1 to 1.15 for approximate capacities at 65ºF return gas temperature.

Page 32: Replaces document KM-NG2-0117A II

3 to 22 HP32

Electrical Data - Discus

BASE MODEL NUMBER

COMPRESSOR MODEL

RLA LRACOND.

FAN FLA

AIR DEFROST† ELECTRIC DEFROST† EVAP. FAN

AMPS†MCA MOPD MCA MOPDDEFROST

AMPS†

208-230V/3/60 Hz, 200-220V/3/50 HzK*DS04M4S** 2DC3R53KE 20.0 120.0 3.8 29.7 45 51.0 60 40.0 15.0K*DS05M4S** 2DD3R63KE 20.0 120.0 3.8 29.7 45 51.0 60 40.0 15.0K*DS06M4S** 2DL3R78KE 28.3 169.0 7.5 43.8 70 63.8 90 48.0 20.0K*DS07M4S** 2DA3R89KE 28.7 169.0 7.5 44.3 70 64.3 90 48.0 20.0K*DS08M4S** 3DA3R10ME 36.8 215.0 7.5 54.5 90 76.0 110 60.0 20.0K*DS10M4S** 3DB3R12ME 39.1 215.0 7.5 57.3 90 77.3 110 60.0 20.0K*DS12M4S** 3DF3R15ME 43.2 275.0 7.5 62.5 100 82.5 125 60.0 20.0K*DS15M4S** 3DS3R17ME 53.5 275.0 7.5 75.3 125 95.3 125 60.0 20.0K*DS03L4S** 2DF3F16KE 14.4 102.0 3.8 – – 44.7 45 35.0 12.0K*DS04L4S** 2DL3F20KE 23.6 161.0 3.8 – – 61.0 70 48.0 20.0K*DS05L4S** 2DA3F23KE 25.8 161.0 3.8 – – 61.0 80 48.0 20.0K*DS06L4S** 3DA3F28KE 24.0 150.0 7.5 – – 61.0 80 48.0 20.0K*DS08L4S** 3DB3F33KE 27.6 161.0 7.5 – – 76.0 90 60.0 20.0K*DS09L4S** 3DF3F40KE 33.2 215.0 7.5 – – 76.0 100 60.0 20.0K*DS10L4S** 3DS3F46KE 37.2 215.0 7.5 – – 76.0 110 60.0 20.0K*DS12L4S** 4DBNF54KE 46.0 220.0 7.5 – – 86.0 125 60.0 20.0K*DS15L4S** 4DHNF63KE 47.2 278.0 7.5 – – 87.5 125 60.0 20.0K*DS22L4S** 4DJNF76KE 57.7 374.0 7.5 – – 121.0 150 96.0 25.0

460V/3/60 Hz, 380V/3/50 HzK*DS04M4S** 2DC3R53KE 9.4 60.0 1.9 14.6 20 20.6 25 15.0 6.0K*DS05M4S** 2DD3R63KE 9.4 60.0 1.9 14.6 20 20.6 25 15.0 6.0K*DS06M4S** 2DL3R78KE 12.4 85.0 3.7 20.2 30 31.0 35 24.0 6.0K*DS07M4S** 2DA3R89KE 12.6 85.0 3.7 20.4 30 31.0 35 24.0 6.0K*DS08M4S** 3DA3R10ME 17.9 106.0 3.7 27.0 40 44.7 50 35.0 9.0K*DS10M4S** 3DB3R12ME 17.9 106.0 3.7 27.0 40 44.7 50 35.0 9.0K*DS12M4S** 3DF3R15ME 21.2 138.0 3.7 31.2 50 44.7 60 35.0 9.0K*DS15M4S** 3DS3R17ME 26.0 138.0 3.7 37.2 60 61.0 70 48.0 10.0K*DS03L4S** 2DF3F16KE 7.1 52.0 1.9 – – 19.7 20 15.0 6.0K*DS04L4S** 2DL3F20KE 9.2 60.0 1.9 – – 20.3 25 15.0 6.0K*DS05L4S** 2DA3F23KE 9.2 60.0 1.9 – – 20.3 25 15.0 6.0K*DS06L4S** 3DA3F28KE 10.8 77.0 3.7 – – 26.0 30 20.0 6.0K*DS08L4S** 3DB3F33KE 14.1 83.0 3.7 – – 38.5 40 30.0 6.0K*DS09L4S** 3DF3F40KE 15.0 106.0 3.7 – – 44.7 45 35.0 9.0K*DS10L4S** 3DS3F46KE 16.7 106.0 3.7 – – 44.7 50 35.0 9.0K*DS12L4S** 4DBNF54KE 23.0 110.0 3.7 – – 51.0 60 40.0 10.0K*DS15L4S** 4DHNF63KE 23.6 139.0 3.7 – – 51.0 60 40.0 10.0K*DS22L4S** 4DJNF76KE 28.8 187.0 3.7 – – 61.0 70 48.0 10.0

* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for nomenclature.

RLA = Rated Load Amps LRA = Locked Rotor AmpsMCA = Minimum Circuit Ampacity MOPD = Maximum Overcurrent ProtectionMCA includes 1 amp allowance for control circuit requirement.‡ K*DS12M4S is not available for 575V/3/60 power.† Notes:

1. Air Defrost values do not include evaporator fan electrical load.

2. The electric defrost MCA, MOPD and EVAP FAN AMP columns provide representative rating points for a typical electric defrost application. Contact Application Engineering to recalculate MCA and MOPD values if the actual electric defrost load exceeds the defrost or fan amp values shown in the table above.

Page 33: Replaces document KM-NG2-0117A II

Air Cooled Condensing Units33

Electrical Data - Discus

575V/3/60 Hz‡K*DS04M4S** 2DC3R53KE 6.9 49.0 1.9 11.4 15 19.7 20 15.0 6.0K*DS05M4S** 2DD3R63KE 7.1 49.0 1.9 11.7 15 19.7 20 15.0 6.0K*DS06M4S** 2DL3R78KE 11.9 67.0 3.7 19.5 30 26.0 35 20.0 6.0K*DS07M4S** 2DA3R89KE 11.9 67.0 3.7 19.5 30 26.0 35 20.0 6.0K*DS08M4S** 3DA3R10ME 14.7 84.0 3.7 23.0 35 38.5 40 30.0 6.0K*DS10M4S** 3DB3R12ME 14.8 84.0 3.7 23.2 35 38.5 40 30.0 6.0K*DS15M4S** 3DS3R17ME 21.2 110.0 3.7 31.2 50 44.7 60 35.0 8.0K*DS03L4S** 2DF3F16KE 6.0 41.0 1.9 – – 19.7 20 15.0 6.0K*DS04L4S** 2DL3F20KE 6.9 49.0 1.9 – – 19.7 20 15.0 6.0K*DS05L4S** 2DA3F23KE 8.1 49.0 1.9 – – 19.7 25 15.0 6.0K*DS06L4S** 3DA3F28KE 9.4 62.0 3.7 – – 26.0 30 20.0 6.0K*DS08L4S** 3DB3F33KE 9.9 67.0 3.7 – – 31.0 35 24.0 6.0K*DS09L4S** 3DF3F40KE 14.1 84.0 3.7 – – 38.5 40 30.0 6.0K*DS10L4S** 3DS3F46KE 14.6 84.0 3.7 – – 38.5 40 30.0 6.0K*DS12L4S** 4DBNF54KE 15.8 106.0 3.7 – – 38.5 45 30.0 6.0K*DS15L4S** 4DHNF63KE 18.8 113.0 3.7 – – 44.7 50 35.0 8.0K*DS22L4S** 4DJNF76KE 26.1 135.0 3.7 – – 45.3 70 35.0 8.0

* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for nomenclature.

RLA = Rated Load Amps LRA = Locked Rotor AmpsMCA = Minimum Circuit Ampacity MOPD = Maximum Overcurrent ProtectionMCA includes 1 amp allowance for control circuit requirement.‡ K*DS12M4S is not available for 575V/3/60 power.† Notes:

1. Air Defrost values do not include evaporator fan electrical load.

2. The electric defrost MCA, MOPD and EVAP FAN AMP columns provide representative rating points for a typical electric defrost application. Contact Application Engineering to recalculate MCA and MOPD values if the actual electric defrost load exceeds the defrost or fan amp values shown in the table above.

BASE MODEL NUMBER

COMPRESSOR MODEL

RLA LRACOND.

FAN FLA

AIR DEFROST† ELECTRIC DEFROST† EVAP. FAN

AMPS†MCA MOPD MCA MOPDDEFROST

AMPS†

Small to Medium Warehouses Walk-in Coolers and FreezersIndustrial and Pharmaceuticals

Typical Applications:

Page 34: Replaces document KM-NG2-0117A II

3 to 22 HP34

Electrical Data - Scroll

BASE MODEL NUMBER

COMPRESSOR MODEL

RLA LRACOND.

FAN FLA

AIR DEFROST† ELECTRIC DEFROST† EVAP. FAN

AMPS†MCA MOPD MCA MOPDDEFROST

AMPS†

208-230V/3/60 Hz, 200-220V/3/50 HzK*OS04E4S** ZS29KAE 18.4 114.0 3.8 27.7 45 44.7 50 35.0 12.0K*OS05E4S** ZS33KAE 20.0 114.0 3.8 29.7 45 44.7 60 35.0 12.0K*OS06E4S** ZS38K4E 19.2 123.0 3.8 28.7 45 51.0 60 40.0 15.0K*OS07E4S** ZS45K4E 21.5 156.0 7.5 35.3 50 61.0 70 48.0 20.0K*OS08E4S** ZB58K5E 30.8 195.0 7.5 47.0 70 67.0 90 48.0 20.0K*OS09E4S** ZB66K5E 35.3 225.0 7.5 52.6 80 76.0 100 60.0 20.0K*OS10E4S** ZB76K5E 38.6 239.0 7.5 56.7 90 76.7 110 60.0 20.0K*OS13E4S** ZB95K5E 47.4 298.0 7.5 67.7 110 87.7 125 60.0 20.0K*OS15E4S** ZB114K5E 56.5 321.0 7.5 79.1 125 99.1 150 60.0 20.0K*OS08L4S** ZF25K4E 24.0 224.0 3.8 – – 61.0 70 48.0 20.0K*OS10L4S** ZF34K5E 33.3 239.0 7.5 – – 76.0 100 50.0 20.0K*OS13L4S** ZF41K5E 37.8 248.0 7.5 – – 76.0 110 60.0 20.0K*OS15L4S** ZF49K5E 45.5 338.7 7.5 – – 85.3 125 60.0 20.0

460V/3/60 Hz, 380V/3/50 HzK*OS04E4S** ZS29KAE 8.4 58.0 1.9 13.3 20 19.7 25 15.0 6.0K*OS05E4S** ZS33KAE 9.0 52.0 1.9 14.1 20 20.1 25 15.0 6.0K*OS06E4S** ZS38K4E 8.7 62.0 1.9 13.7 20 19.7 25 15.0 6.0K*OS07E4S** ZS45K4E 8.3 75.0 3.7 15.0 20 21.0 25 15.0 6.0K*OS08E4S** ZB58K5E 16.0 95.0 3.7 24.7 40 31.0 45 24.0 6.0K*OS09E4S** ZB66K5E 15.4 114.0 3.7 23.9 35 31.0 45 24.0 6.0K*OS10E4S** ZB76K5E 18.6 125.0 3.7 27.9 45 38.5 50 30.0 6.0K*OS13E4S** ZB95K5E 21.8 150.0 3.7 31.9 50 51.0 60 40.0 10.0K*OS15E4S** ZB114K5E 24.4 179.0 3.7 35.2 50 51.0 60 40.0 10.0K*OS08L4S** ZF25K4E 10.6 99.0 1.9 – – 26.0 30 20.0 6.0K*OS10L4S** ZF34K5E 16.0 100.0 3.7 – – 38.5 45 30.0 6.0K*OS13L4S** ZF41K5E 17.3 125.0 3.7 – – 44.7 50 35.0 9.0K*OS15L4S** ZF49K5E 18.1 139.0 3.7 – – 44.7 50 35.0 9.0

575V/3/60 HzK*OS04E4S** ZS29KAE 5.2 43.0 1.9 9.3 10 19.7 20 15.0 6.0K*OS05E4S** ZS33KAE 6.2 39.5 1.9 10.6 15 19.7 20 15.0 6.0K*OS06E4S** ZS38K4E 7.1 50.0 1.9 11.7 15 19.7 20 15.0 6.0K*OS07E4S** ZS45K4E 7.1 54.0 3.7 13.5 20 19.7 25 15.0 6.0K*OS08E4S** ZB58K5E 12.2 80.0 3.7 19.9 30 31.0 35 24.0 6.0K*OS09E4S** ZB66K5E 12.8 80.0 3.7 20.7 30 31.0 35 24.0 6.0K*OS10E4S** ZB76K5E 13.1 80.0 3.7 21.0 30 31.0 40 24.0 6.0K*OS13E4S** ZB95K5E 18.7 123.0 3.7 28.0 45 44.7 50 35.0 8.0K*OS15E4S** ZB114K5E 20.1 132.0 3.7 29.8 45 44.7 50 35.0 8.0K*OS08L4S** ZF25K4E 8.1 82.4 1.9 – – 19.7 25 15.0 6.0K*OS10L4S** ZF34K5E 12.8 100.0 3.7 – – 26.7 35 20.0 6.0K*OS13L4S** ZF41K5E 14.0 100.0 3.7 – – 31.0 40 24.0 6.0K*OS15L4S** ZF49K5E 16.4 123.0 3.7 – – 38.5 45 30.0 6.0

* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for nomenclature.

RLA = Rated Load Amps LRA = Locked Rotor AmpsMCA = Minimum Circuit Ampacity MOPD = Maximum Overcurrent ProtectionMCA includes 1 amp allowance for control circuit requirement.† Notes:

1. Air Defrost values do not include evaporator fan electrical load.

2. The electric defrost MCA, MOPD and EVAP FAN AMP columns provide representative rating points for a typical electric defrost application. Contact Application Engineering to recalculate MCA and MOPD values if the actual electric defrost load exceeds the defrost or fan amp values shown in the table above.

Page 35: Replaces document KM-NG2-0117A II

Air Cooled Condensing Units35

Electrical Data - Bitzer

BASE MODEL NUMBER

COMPRESSOR MODEL

RLA LRACOND.

FAN FLA

AIR DEFROST† ELECTRIC DEFROST† EVAP. FAN

AMPS†MCA MOPD MCA MOPDDEFROST

AMPS†

208-230V/3/60 Hz, 200-220V/3/50 HzK*BS03E4S** 2DES-3 15.3 97.0 3.8 23.8 35 44.7 50 35.0 12.0K*BS04E4S** 2CES-4 18.2 115.5 3.8 27.5 45 44.7 50 35.0 12.0K*BS05E4S** 4FES-5 24.2 163.0 3.8 35.0 50 61.0 70 48.0 20.0K*BS06E4S** 4EES-6 28.1 163.0 7.5 43.6 70 63.6 90 48.0 20.0K*BS07E4S** 4DES-7 31.0 215.0 7.5 47.2 70 67.2 90 48.0 20.0K*BS08E4S** 4CES-9 34.2 215.0 7.5 51.2 80 71.2 100 48.0 20.0K*BS10E4S** 4TES-12 42.3 252.0 7.5 61.3 100 81.3 110 48.0 20.0K*BS12E4S** 4PES-15 48.7 294.0 7.5 69.3 110 89.3 125 60.0 20.0K*BS15E4S** 4NES-20 57.7 352.0 7.5 80.6 125 100.6 150 60.0 20.0K*BS03L4S** 4FES-3 18.0 115.5 3.8 – – 44.7 50 35.0 12.0K*BS04L4S** 4EES-4 20.1 142.0 3.8 – – 51.0 60 40.0 15.0K*BS05L4S** 4DES-5 20.6 163.0 3.8 – – 51.0 60 40.0 15.0K*BS06L4S** 4CES-6 25.0 215.0 3.8 – – 61.0 80 48.0 20.0K*BS08L4S** 4TES-9 28.2 180.0 7.5 – – 76.0 90 60.0 20.0K*BS09L4S** 4PES-12 34.6 222.0 7.5 – – 76.0 100 60.0 20.0K*BS10L4S** 4NES-14 39.7 252.0 7.5 – – 78.1 110 60.0 20.0K*BS12L4S** 4JE-15 50.0 352.0 7.5 – – 91.0 125 60.0 20.0K*BS15L4S** 4HE-18 54.1 352.0 7.5 – – 96.1 150 60.0 20.0K*BS22L4S** 4GE-23 57.7 352.0 7.5 – – 121.0 150 96.0 25.0

460V/3/60 Hz, 380V/3/50 HzK*BS03E4S** 2DES-3 7.2 39.5 1.9 11.8 15 19.7 25 15.0 6.0K*BS04E4S** 2CES-4 8.1 47.5 1.9 12.9 20 19.7 25 15.0 6.0K*BS05E4S** 4FES-5 13.1 66.5 1.9 19.2 30 31.0 35 24.0 6.0K*BS06E4S** 4EES-6 13.4 66.5 3.7 21.4 30 31.0 40 24.0 6.0K*BS07E4S** 4DES-7 15.3 88.0 3.7 23.8 35 38.5 45 30.0 6.0K*BS08E4S** 4CES-9 17.1 88.0 3.7 26.0 40 44.7 50 35.0 9.0K*BS10E4S** 4TES-12 21.2 126.0 3.7 31.2 50 44.7 60 35.0 9.0K*BS12E4S** 4PES-15 24.4 147.0 3.7 35.2 50 51.0 60 40.0 10.0K*BS15E4S** 4NES-20 28.8 176.0 3.7 40.7 60 61.0 70 48.0 10.0K*BS03L4S** 4FES-3 8.1 47.5 1.9 – – 19.7 25 15.0 6.0K*BS04L4S** 4EES-4 9.2 58.0 1.9 – – 20.3 25 15.0 6.0K*BS05L4S** 4DES-5 10.8 66.5 1.9 – – 26.0 30 20.0 6.0K*BS06L4S** 4CES-6 14.2 88.0 1.9 – – 31.0 40 24.0 6.0K*BS08L4S** 4TES-9 14.1 90.0 3.7 – – 38.5 40 30.0 6.0K*BS09L4S** 4PES-12 17.3 111.0 3.7 – – 44.7 50 35.0 9.0K*BS10L4S** 4NES-14 19.9 126.0 3.7 – – 44.7 50 35.0 9.0K*BS12L4S** 4JE-15 25.0 176.0 3.7 – – 51.0 70 40.0 10.0K*BS15L4S** 4HE-18 27.1 176.0 3.7 – – 51.0 70 40.0 10.0K*BS22L4S** 4GE-23 28.8 176.0 3.7 – – 61.0 70 48.0 10.0

575V/3/60 Hz on next page.* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for

nomenclature.RLA = Rated Load Amps LRA = Locked Rotor AmpsMCA = Minimum Circuit Ampacity MOPD = Maximum Overcurrent ProtectionMCA includes 1 amp allowance for control circuit requirement.† Notes:

1. Air Defrost values do not include evaporator fan electrical load.

2. The electric defrost MCA, MOPD and EVAP FAN AMP columns provide representative rating points for a typical electric defrost application. Contact Application Engineering to recalculate MCA and MOPD values if the actual electric defrost load exceeds the defrost or fan amp values shown in the table above.

Page 36: Replaces document KM-NG2-0117A II

3 to 22 HP36

Electrical Data - Bitzer

575V/3/60 HzK*BS03E4S** 2DES-3 5.1 28.5 1.9 9.2 10 19.7 20 15.0 6.0K*BS04E4S** 2CES-4 6.5 34.0 1.9 10.9 15 19.7 20 15.0 6.0K*BS05E4S** 4FES-5 8.7 48.0 1.9 13.7 20 19.7 25 15.0 6.0K*BS06E4S** 4EES-6 9.4 48.0 3.7 16.4 25 26.0 30 20.0 6.0K*BS07E4S** 4DES-7 11.0 63.5 3.7 18.4 25 26.0 35 20.0 6.0K*BS08E4S** 4CES-9 13.7 63.5 3.7 21.8 35 31.0 40 24.0 6.0K*BS10E4S** 4TES-12 16.9 101.0 3.7 25.8 40 44.7 50 35.0 8.0K*BS12E4S** 4PES-15 19.6 117.0 3.7 29.2 45 44.7 50 35.0 8.0K*BS15E4S** 4NES-20 23.6 140.0 3.7 34.2 50 51.0 60 40.0 8.0K*BS03L4S** 4FES-3 6.2 34.0 1.9 – – 19.7 20 15.0 6.0K*BS04L4S** 4EES-4 7.4 41.5 1.9 – – 19.7 25 15.0 6.0K*BS05L4S** 4DES-5 9.0 48.0 1.9 – – 20.1 25 15.0 6.0K*BS06L4S** 4CES-6 11.2 63.5 1.9 – – 26.0 30 20.0 6.0K*BS08L4S** 4TES-9 12.2 72.0 3.7 – – 31.0 35 24.0 6.0K*BS09L4S** 4PES-12 14.4 89.0 3.7 – – 38.5 40 30.0 6.0K*BS10L4S** 4NES-14 15.9 101.0 3.7 – – 38.5 45 30.0 6.0K*BS12L4S** 4JE-15 20.0 140.0 3.7 – – 44.7 50 35.0 8.0K*BS15L4S** 4HE-18 21.7 140.0 3.7 – – 44.7 60 35.0 8.0K*BS22L4S** 4GE-23 23.1 140.0 3.7 – – 51.0 60 40.0 8.0

* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for nomenclature.

RLA = Rated Load Amps LRA = Locked Rotor AmpsMCA = Minimum Circuit Ampacity MOPD = Maximum Overcurrent ProtectionMCA includes 1 amp allowance for control circuit requirement.† Notes:

1. Air Defrost values do not include evaporator fan electrical load.

2. The electric defrost MCA, MOPD and EVAP FAN AMP columns provide representative rating points for a typical electric defrost application. Contact Application Engineering to recalculate MCA and MOPD values if the actual electric defrost load exceeds the defrost or fan amp values shown in the table above.

Next-Gen II condensing units are very adaptable and have ample room within the cabinet and control panel for many optional components

BASE MODEL NUMBER

COMPRESSOR MODEL

RLA LRACOND.

FAN FLA

AIR DEFROST† ELECTRIC DEFROST† EVAP. FAN

AMPS†MCA MOPD MCA MOPDDEFROST

AMPS†

Page 37: Replaces document KM-NG2-0117A II

Air Cooled Condensing Units37

MODEL DATA CONNECTIONS (IN.) PUMP DOWN CAPACITY

MODEL NUMBER

COMPRESSORMODEL HP SUCTION LIQUID

STANDARD RECEIVER OVERSIZED RECEIVER

80% R404A (LBS.)

80% R407A/C/F

(LBS.)

80% R448A, R449A (LBS.)

80% R404A (LBS.)

80% R407A/C/F

(LBS.)

80% R448A, R449A (LBS.)

Medium Temperature DiscusK*DS04M4S** 2DC3R53KE 4 1-3/8 5/8 18.9 20.8 19.9 40.3 44.4 42.3K*DS05M4S** 2DD3R63KE 5 1-3/8 5/8 18.9 20.8 19.9 40.3 44.4 42.3K*DS06M4S** 2DL3R78KE 6 1-5/8 5/8 40.3 44.4 42.3 44.7 49.3 47.0K*DS07M4S** 2DA3R89KE 7 1-5/8 7/8 40.3 44.4 42.3 44.7 49.3 47.0K*DS08M4S** 3DA3R10ME 8 1-5/8 7/8 40.3 44.4 42.3 44.7 49.3 47.0K*DS10M4S** 3DB3R12ME 10 2-1/8 7/8 40.3 44.4 42.3 44.7 49.3 47.0K*DS12M4S** 3DF3R15ME 12 2-1/8 7/8 44.7 49.3 47.0 68.3 75.3 71.8K*DS15M4S** 3DS3R17ME 15 2-1/8 7/8 44.7 49.3 47.0 68.3 75.3 71.8

Low Temperature DiscusK*DS03L4S** 2DF3F16KE 3 1-3/8 1/2 18.9 20.8 19.9 40.3 44.4 42.3K*DS04L4S** 2DL3F20KE 4 1-3/8 1/2 18.9 20.8 19.9 40.3 44.4 42.3K*DS05L4S** 2DA3F23KE 5 1-3/8 1/2 18.9 20.8 19.9 40.3 44.4 42.3K*DS06L4S** 3DA3F28KE 6 1-5/8 5/8 40.3 44.4 42.3 44.7 49.3 47.0K*DS08L4S** 3DB3F33KE 8 1-5/8 5/8 40.3 44.4 42.3 44.7 49.3 47.0K*DS09L4S** 3DF3F40KE 9 2-1/8 5/8 40.3 44.4 42.3 44.7 49.3 47.0K*DS10L4S** 3DS3F46KE 10 2-1/8 5/8 40.3 44.4 42.3 44.7 49.3 47.0K*DS12L4S** 4DBNF54KE 12 2-1/8 5/8 40.3 44.4 42.3 44.7 49.3 47.0K*DS15L4S** 4DHNF63KE 15 2-1/8 5/8 40.3 44.4 42.3 44.7 49.3 47.0K*DS22L4S** 4DJNF76KE 22 2-1/8 7/8 44.7 49.3 47.0 68.3 75.3 71.8

Extended Range Medium Temperature ScrollK*OS04E4S** ZS29KAE 4 1-1/8 5/8 18.9 20.8 19.9 40.3 44.4 42.3K*OS05E4S** ZS33KAE 5 1-1/8 5/8 18.9 20.8 19.9 40.3 44.4 42.3K*OS06E4S** ZS38K4E 6 1-3/8 5/8 18.9 20.8 19.9 40.3 44.4 42.3K*OS07E4S** ZS45K4E 7 1-3/8 5/8 40.3 44.4 42.3 44.7 49.3 47.0K*OS08E4S** ZB58K5E 8 1-5/8 7/8 40.3 44.4 42.3 44.7 49.3 47.0K*OS09E4S** ZB66K5E 9 1-5/8 7/8 40.3 44.4 42.3 44.7 49.3 47.0K*OS10E4S** ZB76K5E 10 1-5/8 7/8 40.3 44.4 42.3 44.7 49.3 47.0K*OS13E4S** ZB95K5E 13 2-1/8 7/8 44.7 49.3 47.0 68.3 75.3 71.8K*OS15E4S** ZB114K5E 15 2-1/8 7/8 44.7 49.3 47.0 68.3 75.3 71.8

Low Temperature ScrollK*OS08L4S** ZF25K4E 8 1-5/8 1/2 18.9 20.8 19.9 40.3 44.4 42.3K*OS10L4S** ZF34K5E 10 1-5/8 5/8 40.3 44.4 42.3 44.7 49.3 47.0K*OS13L4S** ZF41K5E 13 2-1/8 5/8 40.3 44.4 42.3 44.7 49.3 47.0K*OS15L4S** ZF49K5E 15 2-1/8 5/8 40.3 44.4 42.3 44.7 49.3 47.0

Extended Range Medium Temperature BitzerK*BS03E4S** 2DES-3 3 1-1/8 5/8 18.9 20.8 19.9 40.3 44.4 42.3K*BS04E4S** 2CES-4 4 1-3/8 5/8 18.9 20.8 19.9 40.3 44.4 42.3K*BS05E4S** 4FES-5 5 1-3/8 5/8 18.9 20.8 19.9 40.3 44.4 42.3K*BS06E4S** 4EES-6 6 1-5/8 5/8 40.3 44.4 42.3 44.7 49.3 47.0K*BS07E4S** 4DES-7 7 1-5/8 7/8 40.3 44.4 42.3 44.7 49.3 47.0K*BS08E4S** 4CES-9 8 1-5/8 7/8 40.3 44.4 42.3 44.7 49.3 47.0K*BS10E4S** 4TES-12 10 2-1/8 7/8 40.3 44.4 42.3 44.7 49.3 47.0K*BS12E4S** 4PES-15 12 2-1/8 7/8 44.7 49.3 47.0 68.3 75.3 71.8K*BS15E4S** 4NES-20 15 2-1/8 7/8 44.7 49.3 47.0 68.3 75.3 71.8

Low Temperature BitzerK*BS03L4S** 4FES-3 3 1-3/8 1/2 18.9 20.8 19.9 40.3 44.4 42.3K*BS04L4S** 4EES-4 4 1-3/8 1/2 18.9 20.8 19.9 40.3 44.4 42.3K*BS05L4S** 4DES-5 5 1-3/8 1/2 18.9 20.8 19.9 40.3 44.4 42.3K*BS06L4S** 4CES-6 6 1-5/8 1/2 18.9 20.8 19.9 40.3 44.4 42.3K*BS08L4S** 4TES-9 8 1-5/8 5/8 40.3 44.4 42.3 44.7 49.3 47.0K*BS09L4S** 4PES-12 9 1-5/8 5/8 40.3 44.4 42.3 44.7 49.3 47.0K*BS10L4S** 4NES-14 10 2-1/8 5/8 40.3 44.4 42.3 44.7 49.3 47.0K*BS12L4S** 4JE-15 12 2-1/8 5/8 40.3 44.4 42.3 44.7 49.3 47.0K*BS15L4S** 4HE-18 15 2-1/8 5/8 40.3 44.4 42.3 44.7 49.3 47.0K*BS22L4S** 4GE-23 22 2-1/8 7/8 44.7 49.3 47.0 68.3 75.3 71.8

See Specifications notes listed at the bottom of page 38.

Specifications - All Models

Page 38: Replaces document KM-NG2-0117A II

3 to 22 HP38

* Dimensions are in inches.

Specifications - All Models

MODEL DATACABINET

SIZE†

FAN QTY.

DIMENSIONS (IN.) APPROX. SHIP WT.

(LBS.)MODEL

NUMBERCOMP.

MODELD W H

Medium Temperature DiscusK*DS04M4S** 2DC3R53KE FD1 1 49 38-5/16 36-3/8 825K*DS05M4S** 2DD3R63KE FD1 1 49 38-5/16 36-3/8 850K*DS06M4S** 2DL3R78KE FD2 2 49 68-5/16 36-3/8 1,075K*DS07M4S** 2DA3R89KE FD2 2 49 68-5/16 36-3/8 1,100K*DS08M4S** 3DA3R10ME FD2 2 49 68-5/16 36-3/8 1,130K*DS10M4S** 3DB3R12ME FD2 2 49 68-5/16 36-3/8 1,330K*DS12M4S** 3DF3R15ME FD3 2 49 68-5/16 43-7/8 1,330K*DS15M4S** 3DS3R17ME FD3 2 49 68-5/16 43-7/8 1,350

Low Temperature DiscusK*DS03L4S** 2DF3F16KE FD1 1 49 38-5/16 36-3/8 710K*DS04L4S** 2DL3F20KE FD1 1 49 38-5/16 36-3/8 760K*DS05L4S** 2DA3F23KE FD1 1 49 38-5/16 36-3/8 805K*DS06L4S** 3DA3F28KE FD2 2 49 68-5/16 36-3/8 870K*DS08L4S** 3DB3F33KE FD2 2 49 68-5/16 36-3/8 1,130K*DS09L4S** 3DF3F40KE FD2 2 49 68-5/16 36-3/8 1,275K*DS10L4S** 3DS3F46KE FD2 2 49 68-5/16 36-3/8 1,275K*DS12L4S** 4DBNF54KE FD2 2 49 68-5/16 36-3/8 1,290K*DS15L4S** 4DHNF63KE FD2 2 49 68-5/16 36-3/8 1,310K*DS22L4S** 4DJNF76KE FD3 2 49 68-5/16 43-7/8 1,420

Extended Range Medium Temperature ScrollK*OS04E4S** ZS29KAE FD1 1 49 38-5/16 36-3/8 700K*OS05E4S** ZS33KAE FD1 1 49 38-5/16 36-3/8 710K*OS06E4S** ZS38K4E FD1 1 49 38-5/16 36-3/8 710K*OS07E4S** ZS45K4E FD2 2 49 68-5/16 36-3/8 870K*OS08E4S** ZB58K5E FD2 2 49 68-5/16 36-3/8 915K*OS09E4S** ZB66K5E FD2 2 49 68-5/16 36-3/8 980K*OS10E4S** ZB76K5E FD2 2 49 68-5/16 36-3/8 1,085K*OS13E4S** ZB95K5E FD3 2 49 68-5/16 43-7/8 1,105K*OS15E4S** ZB114K5E FD3 2 49 68-5/16 43-7/8 1,200

Low Temperature ScrollK*OS08L4S** ZF25K4E FD1 1 49 38-5/16 36-3/8 850K*OS10L4S** ZF34K5E FD2 2 49 68-5/16 36-3/8 1,025K*OS13L4S** ZF41K5E FD2 2 49 68-5/16 36-3/8 1,050K*OS15L4S** ZF49K5E FD2 2 49 68-5/16 36-3/8 1,105

Extended Range Medium Temperature BitzerK*BS03E4S** 2DES-3 FD1 1 49 38-5/16 36-3/8 800K*BS04E4S** 2CES-4 FD1 1 49 38-5/16 36-3/8 825K*BS05E4S** 4FES-5 FD1 1 49 38-5/16 36-3/8 850K*BS06E4S** 4EES-6 FD2 2 49 68-5/16 36-3/8 1,075K*BS07E4S** 4DES-7 FD2 2 49 68-5/16 36-3/8 1,100K*BS08E4S** 4CES-9 FD2 2 49 68-5/16 36-3/8 1,130K*BS10E4S** 4TES-12 FD2 2 49 68-5/16 36-3/8 1,330K*BS12E4S** 4PES-15 FD3 2 49 68-5/16 43-7/8 1,330K*BS15E4S** 4NES-20 FD3 2 49 68-5/16 43-7/8 1,350

Low Temperature BitzerK*BS03L4S** 4FES-3 FD1 1 49 38-5/16 36-3/8 710K*BS04L4S** 4EES-4 FD1 1 49 38-5/16 36-3/8 760K*BS05L4S** 4DES-5 FD1 1 49 38-5/16 36-3/8 805K*BS06L4S** 4CES-6 FD1 1 49 38-5/16 36-3/8 870K*BS08L4S** 4TES-9 FD2 2 49 68-5/16 36-3/8 1,130K*BS09L4S** 4PES-12 FD2 2 49 68-5/16 36-3/8 1,275K*BS10L4S** 4NES-14 FD2 2 49 68-5/16 36-3/8 1,275K*BS12L4S** 4JE-15 FD2 2 49 68-5/16 36-3/8 1,290K*BS15L4S** 4HE-18 FD2 2 49 68-5/16 36-3/8 1,310K*BS22L4S** 4GE-23 FD3 2 49 68-5/16 43-7/8 1,420

* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for nomenclature.

† See pages 39-40 for associated drawings.

Applications:Food Storage and

Preparation

Page 39: Replaces document KM-NG2-0117A II

Air Cooled Condensing Units39

Physical Dimensions - FD1

38-5/16

* Dimensions are in inches.

Department of Energy (DOE) Annual Walk-In Energy Factor (AWEF) Ratings

Base Model NumberAWEF

Outdoor Rated Indoor RatedDiscus Medium Temperature Models

K*DS04M4S** 9.93 7.51K*DS05M4S** 9.98 7.66K*DS06M4S** 9.09 7.41K*DS07M4S** 9.59 7.52K*DS08M4S** 9.85 7.37K*DS10M4S** 9.49 6.38K*DS12M4S** 9.90 7.17K*DS15M4S** 9.94 7.09

Scroll Extended Range Medium Temperature ModelsK*OS04E4S** 9.42 7.59K*OS05E4S** 9.45 7.34K*OS06E4S** 8.29 6.93K*OS07E4S** 8.08 6.46K*OS08E4S** 8.93 7.14K*OS09E4S** 9.28 7.02K*OS10E4S** 9.37 6.83K*OS13E4S** 9.34 6.88K*OS15E4S** 9.57 6.57

Bitzer Extended Range Medium Temperature ModelsK*BS03E4S** 9.11 7.38K*BS04E4S** 9.38 7.25K*BS05E4S** 9.44 7.22K*BS06E4S** 8.85 7.41K*BS07E4S** 9.17 7.34K*BS08E4S** 9.37 7.01K*BS10E4S** 9.83 6.94K*BS12E4S** 10.07 7.26K*BS15E4S** 10.16 6.99

* Each asterisk represents a variable character based upon model, voltage, and vintage ordered. See page 4 for nomenclature.

Dept. of Energy AWEF ratings for low temperature condensing models will be implemented in 2020.

Page 40: Replaces document KM-NG2-0117A II

3 to 22 HP

3885 Crestwood Pkwy., Ste. 500 • Duluth, Georgia 30096 • PHONE (678) 323-4904 • FAX (678) 323-4920 • kramer.htpgusa.com E-mail or call us for help: [email protected] or (800) 288-9488

Due to continuing product development, specifications are subject to change without notice.

Physical Dimensions - FD3

68-5/16

43-7/8

* Dimensions are in inches.

68-5/16

36-3/8

Physical Dimensions - FD2